SPECIFICATION CATALOG. Low Sill Console 0.75 to 1.5 Ton. Geothermal/Water Source Heat Pump

Transcription

1 SPEIFIATION ATALO Low Sill onsole 0.75 to 1.5 Ton eothermal/water Source Heat Pump

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3 ENVISION LOW SILL ONSOLE SPEIFIATION ATALO Table of ontents Model Nomenclature AHI Data The Envision Series Low Sill onsole Inside the Envision Series Low Sill onsole ontrols Application Notes Water Quality Installation Notes Dimensional Data Physical Data Blower Performance Data Electrical Data Pressure Drop Antifreeze orrections orrection Factor Tables Operating Limits eference alculations Legend and Notes Performance Data Wiring Schematics Engineering uide Specifications evision uide

4 ENVISION LOW SILL ONSOLE SPEIFIATION ATALO Model Nomenclature L S 09 L N N B 5 SS 17 * Model L Envision n Series Low-Sill l onsole abinet onfiguration hassis Only W hassis with abinet S hassis Slope Top Unit apacity 09, 12, 15, 18 Piping Option L Left - ight Voltage /60/ /60/ /60/1 (09 & 12) Unit ontrol 1 M A Aurora TM Base ontrol (AB) E Aurora TM DD UP ontroller F Aurora TM DD UP ontroller with LON Vintage * - Factory Use Only Non-Standard Option Details SS Standard Option Air oil/insulation Option 5 AlumiSeal TM /Extended ange 6 AlumiSeal TM /Standard ange 7 No oating/extended ange 8 No oating/standard ange Sound Kit A None B Blanket Future Option N None Future Option N None Water oil Option opper N - upronickel Thermostat ontrol 1 Unit Mounted T-Stat 2 emote Wall-Mounted T-Stat NOTES: hassis only available with left piping option. UP option is only available with remote wall-mounted thermostat control only available with PS blower only available with 3-Speed EM blower. 4

5 ENVISION LOW SILL ONSOLE SPEIFIATION ATALO AHI Data PS/EM Motors AHI/ASHAE/ISO English (IP) Units Model Flow ate PM FM apacity Btuh Water Loop Heat Pump round Water Heat Pump round Loop Heat Pump ooling EWT 86 F EE Btuh/W Heating EWT 68 F apacity Btuh OP ooling EWT 59 F apacity Btuh ooling capacities based upon 80.6 F DB, 66.2 F WB entering air temperature Heating capacities based upon 68 F DB, 59 F WB entering air temperature All ratings based upon 208V operation. EE Btuh/W Heating EWT 50 F apacity Btuh OP ooling EWT 77 F apacity Btuh EE Btuh/W Heating EWT 32 F apacity Btuh , , , , , , , , , , , , , , , , , , , , , , , , OP 6/10/13 Voltage Availability Low Sill onsole Voltage /60/ /60/1 265/60/1 6/10/13 All Envision Series product is Safety listed under UL1995 thru ETL and performance listed with AHI in accordance with standard

6 ENVISION LOW SILL ONSOLE SPEIFIATION ATALO AHI Data cont. The performance standard AHI/ASHAE/ISO became effective January 1, 2000 and replaces AI Standards 320, 325, and 330. This new standard has three major categories: Water Loop (comparable to AI 320), round Water (AI 325), and round Loop (AI 330). Although these standards are similar there are some differences: Unit of Measure: The ooling OP The cooling efficiency is measured in EE (US version measured in Btuh per Watt. The Metric version is measured in a cooling OP (Watt per Watt) similar to the traditional OP measurement. Water onditions Differences Entering water temperatures have changed to reflect the centigrade temperature scale. For instance the water loop heating test is performed with 68 F (20 ) water rounded down from the old 70 F (21.1 ). Air onditions Differences Entering air temperatures have also changed (rounded down) to reflect the centigrade temperature scale. For instance the cooling tests are performed with 80.6 F (27 ) dry bulb and 66.2 F (19 ) wet bulb entering air instead of the traditional 80 F (26.7 ) DB and 67 F (19.4 ) WB entering air temperatures. 80.6/66.2 data may be converted to 80/67 using the entering air correction table. This represents a significantly lower relative humidity than the old 80/67 of 50% and will result in lower latent capacities. Pump Power orrection alculation Within each model, only one water flow rate is specified for all three groups and pumping Watts are calculated using the following formula. This additional power is added onto the existing power consumption. Pump power correction = (gpm x ) x (Press Drop x 2990) / 300 Where gpm is waterflow in gpm and Press Drop is the pressure drop through the unit heat exchanger at rated water flow in feet of head. Blower Power orrection alculation Blower power is corrected to zero external static pressure using the following equation. The nominal airflow is rated at a specific external static pressure. This effectively reduces the power consumption of the unit and increases cooling capacity but decreases heating capacity. These Watts are significant enough in most cases to increase EE and OPs fairly dramatically over AI 320, 325, and 330 ratings. Blower Power orrection = (cfm x 0.472) x (esp x 249) / 300 Where cfm is airflow in cfm and esp is the external static pressure at rated airflow in inches of water gauge. ISO apacity and Efficiency alculations The following equations illustrate cooling calculations: ISO ooling apacity = ooling apacity (Btuh) + (Blower Power orrection (Watts) x 3.412) ISO EE Efficiency (W/W) = ISO ooling apacity (Btuh) x / [Power Input (Watts) - Blower Power orrection (Watts) + Pump Power orrection (Watt)] The following equations illustrate heating calculations: ISO Heating apacity = Heating apacity (Btuh) - (Blower Power orrection (Watts) x 3.412) ISO OP Efficiency (W/W) = ISO Heating apacity (Btuh) x / [Power Input (Watts) - Blower Power orrection (Watts) + Pump Power orrection (Watt)] omparison of Test onditions AI 320 ISO/AHI WLHP AI 325 ISO/AHI WHP AI 330 onversions: Airflow (lps) = cfm x 0.472; WaterFlow (lps) = gpm x ; ESP (Pascals) = ESP (in wg) x 249; Press Drop (Pascals) = Press Drop (ft hd) x 2990 ISO/AHI LHP ooling Entering Air - DB/WB F 80/ / / / / /66.2 Entering Water - F / Fluid Flow ate * ** ** ** ** ** Heating Entering Air - DB/WB F Entering Water - F / Fluid Flow ate * ** ** ** ** ** Note *: Flow rate is set by 10 F rise in standard cooling test Note **: Flow rate is specified by the manufacturer Part load entering water conditions not shown. WLHP = Water Loop Heat Pump; WHP = round Water Heat Pump; LHP = round Loop Heat Pump 6

7 ENVISION LOW SILL ONSOLE SPEIFIATION ATALO The Envision Series Low Sill onsole Envision Series Low Sill onsole Models L (3/4-1.5 tons) hassis only LW (3/4-1.5 tons) Flat top cabinet LS (3/4-1.5 tons) Slope top cabinet Standard Features Slope and Flat top configurations Footprint matches legacy products for easy retrofits. Attractive rounded corners heavy gauge cabinet. Quiet rotary compressors in all models. 2-dimension refrigerant piping vibration loops to isolate the compressor. All interior cabinet surfaces including the compressor compartment are insulated with 1/2 in. [12.7mm] thick 1-1/2lb [681g] density, surface coated, acoustic type glass fiber insulation. Easy Maintenance and Service Advantages emovable compressor access panel High and low pressure refrigerant service ports. Internal slide out blowers. Factory Quality All refrigerant brazing is performed in a nitrogen environment. omputer controlled deep vacuum and refrigerant charging system. All joints are leak detected for maximum leak rate of less than 1/4 oz. per year. 7

8 ENVISION LOW SILL ONSOLE SPEIFIATION ATALO Inside the Envision Series Low Sill onsole efrigerant Envision products all feature zero ozone depletion and low global warming potential refrigerant -410A. abinet All units are all constructed of corrosion resistant galvanized sheet metal with polyester powder coat paint rated for more than 1000 hours of salt spray. efrigerant circuit is designed to allow primary serviceability from the front. One access panel allows servicing of the blower motor, blower, and drain pan. abinet is designed to match "industry" foot print for ease of replacement. Drain Pan All condensate connections are welded stainless steel tubes for economical corrosion free connections. Bacteria resistant stainless steel drain pan is designed to promote complete drainage and will never rust or corrode. omplete drainage helps to inhibit bacterial or microbial growth. Units feature an internally trapped condensate line. Service onnections and Serviceability Two Schrader service ports are provided in every unit. The suction side and discharge side ports are for field charging and servicing access. All valves are 7/16 in. SAE connections. All water and electrical connections are made from the front of the unit. Unit is designed for front access serviceability. 4-Way eversing Valve Envision units feature a reliable all-brass pilot operated refrigerant reversing valve. The reversing valve operation is limited to change of mode by the control to enhance reliability. ompressors High efficiency -410A rotary compressors are used on every model. otary compressors provide both the highest efficiency available and great reliability. Electrical Box Unit controls feature quick connect wiring harnesses for easy servicing. Large 50VA transformer assures adequate controls power for accessories. Thermostatic Expansion Valve All Envision models utilize a balanced port bi-directional thermostatic expansion valve (TXV) for refrigerant metering. This allows precise refrigerant flow in a wide range of entering water variation (20 to 120 F [-7 to 49 ]) found in geothermal systems. Water to efrigerant oaxial Heat Exchanger oil Large oversized coaxial refrigerant to water heat exchangers provide unparalleled efficiency. The coaxes are designed for low pressure drop and low flow rates. All coaxes are pressure rated to 450 psi water side and 600 psi on the refrigerant side. Optional ThermaShield coated water-torefrigerant coaxial heat exchanger is available to prevent condensation in low temperature loop operation. 3-Speed EM onstant Torque Motors The 3-speed EM is a onstant Torque EM motor and delivers air flow similar to a PS but operates as efficiently as a variable speed EM motor. Because it is an EM motor, the 3-speed EM can ramp slowly up or down like the variable speed EM motor. There are 3 possible speed taps available on the 3-speed EM motor with #1 being the lowest airflow and #3 being the highest airflow. These speed selections are preset at the time of manufacture and are easily changed in the field if necessary. All-Aluminum Air oil WaterFurnace is the first manufacturer to offer an allaluminum round-tube-and-fin air coil in a packaged water source heat pump. These air coils are constructed of lanced fin and rifled tube aluminum that is not susceptible to formicary corrosion. For additional condensate runoff and meeting project specifications, an optional AlumiSeal e-coating is available. 8

9 ENVISION LOW SILL ONSOLE SPEIFIATION ATALO ontrols ontrol eneral Description Application Display/Interface Protocol Thermostat Options M ontrol The M (ompressor control module) is a more reliable replacement for electro-mechanical control applications. It features a small microprocessor board that handles the lockout function of the unit. A second microprocessor handles the unit mounted thermostat for maintaining accurate room temperature. esidential and commercial applications requiring minimal but reliable controls. Includes andom Start, High and low pressure switches and auto changeover capability. Dial thermostat with Hi and Low blower speeds, and auto changeover or continuous blower selection switches. None Unit Mounted Digital Dial Thermostat emote Mounted Standard Thermostat Standard M ontrol Features ompressor control module (M) controls are standard on the Envision Series Low Sill onsole heat pump. This control features unit mounted thermostat and switches, Features of the standard control are: Easy to understand color coded thermostat adjustment markings. Large, rocker type mode and blower switches. Internally mounted blower switch to choose cycled or constant blower operation. High pressure and low pressure safety controls to protect the unit components. Lockout circuit to shut down unit operation upon receipt of a fault indicator from the safety controls. A 24 volt control circuit allows for safe and easy diagnosis. In the ool mode, a call for cooling by the thermostat energizes the reversing valve and closes the compressor contactor contacts, energizing the compressor, which will run until the thermostat is satisfied. If either the low or high pressure safety switches are opened, the compressor and reversing valve are disabled by the lockout relay. Unit operation will resume only after the voltage to the unit is interrupted or the mode switch is placed in the Off position. The user selects either Heat/ool or Fan Only on the mode switch, then either High or Low at the blower speed switch. The temperature can be controlled by rotating the thermostat control knob. Unit Mounted ontrol The Fan Only setting provides constant blower operation. In the Heat mode, a call for heat by the thermostat closes the compressor contactor contacts, energizing the compressor, which will run until the thermostat is satisfied. 9

10 ENVISION LOW SILL ONSOLE SPEIFIATION ATALO ontrols cont. Aurora Base ontrol NOTE: efer to the Aurora Base ontrol Application and Troubleshooting uide and the Instruction uide: Aurora Interface and Diagnostics (AID) Tool for additional information. ontrol Features Software AB Standard Version 3.0 Single or Dual apacity ompressors Either single or dual capacity compressors can be operated. Variable Speed EM Blower Motor Option (If Applicable) A Variable Speed EM blower motor can be driven directly using the onboard PWM output. Four blower speeds are available based upon the, Y1, Y2, and W input signals to the board. The blower speeds can be changed either by the EM manual configurations mode method or by using the Aurora AID Tool directly. All four blower speeds can be set to the same speed if desired. 5-Speed EM Blower Motor Option (If Applicable) A 5-Speed EM blower motor will be driven directly using the thermostat connections. Any of the, Y1, or Y2/W signals can drive any of the 5 available pre-programmed blower speeds on the motor. All 5 Series "" vintage units will be wired this way at the factory. Other ontrol Features andom start at power up Anti-short cycle protection High and low pressure cutouts Loss of charge Water coil freeze detection Air coil freeze detection Over/under voltage protection ondensate overflow sensor Load shed Dehumidification (where applicable) Emergency shutdown Hot gas reheat operation (where applicable) Diagnostic LED Test mode push button switch Two auxiliary electric heat outputs Alarm output Accessory output with N.O. and N.. Modbus communication (master) Modbus communication (slave) Field Selectable Options via Hardware DIP Switch (SW1) Test/onfiguration Button (See SW1 Operation Table) Test Mode The control is placed in the test mode by holding the push button switch SW1 for 2-5 seconds. In test mode most of the control timings will be shortened by a factor of sixteen (16). LED3 (green) will flash at 1 second on and 1 second off. Additionally, when entering test mode LED1 (red) will flash the last lockout one time. Test mode will automatically time out after 30 minutes. Test mode can be exited by pressing and holding the SW1 button for 2 to 5 seconds or by cycling the power. NOTE: Test mode will automatically be exited after 30 minutes. Variable Speed EM onfiguration Mode (If Applicable) The control is placed in the EM configuration mode by holding the pushbutton switch SW1 for 5 to 10 seconds, the high, low, and EM speeds can be selected by following the LED display lights. LED2 (yellow) will fast flash when entering the EM configuration. When setting speed LED3 (green) will be continuously lit, for low speed LED1 (red) will be continuously lit, and for high speed both LED3 (green) and LED1 (red) will be continuously lit. During the EM configuration mode LED2 (yellow) will flash each of the 12 possible blower speeds 3 times. When the desired speed is flashed press SW1, LED2 will fast flash until SW1 is released. speed has now been selected. Next select low speed, and high speed blower selections following the same process above. After third selection has been made, the control will exit the EM configuration mode. Aux fan speed will remain at default or current setting and requires the AID Tool for adjustment. eset onfiguration Mode The control is placed in reset configuration mode by holding the push button switch SW1 for 50 to 60 seconds. This will reset all configuration settings and the EEPOM back to the factory default settings. LED3 (green) will turn off when entering reset configuration mode. Once LED3 (green) turns off, release SW1 and the control will reset. DIP Switch (SW2) SW2-1 FP1 Selection Low water coil temperature limit setting for freeze detection. On = 30 F; Off = 15 F. SW2-2 FP2 Selection On = 30 F; Off = N/A SW2-3 V O/B - thermostat type. Heat pump thermostats with O output in cooling or B output in Heating can be selected. On = O; Off = B. SW2-4 Access elay Operation (P2) and 2-5 Access elay Operation SW2-4 SW2-5 ycle with Blower ON ON ycle with ompressor OFF OFF Water Valve Slow Opening ON OFF ycle with omm. T-stat Hum md OFF ON 10

11 ENVISION LOW SILL ONSOLE SPEIFIATION ATALO ontrols cont. ycle with Blower - The accessory relay will cycle with the blower output. ycle with ompressor - The accessory relay will cycle with the compressor output. Water Valve Slow Opening - The accessory relay will cycle and delay both the blower and compressor output for 90 seconds. SW2-6 Operation selection of single or dual capacity compressor. On = Single Stage; Off = Dual apacity SW2-7 Lockout and Alarm Outputs (P2) selection of a continuous or pulsed output for both the LO and ALM Outputs. On = ontinuous; Off = Pulsed SW2-8 Future Use Alarm Jumper lip Selection From the factory, ALM is connected to 24 VA via JW2. By cutting JW2, ALM becomes a dry contact connected to AL. Variable Speed EM Blower Speeds The blower speeds can be changed either by using the EM manual configurations mode method or by using the Aurora AID Tool directly (see Instruction uide: Aurora Interface and Diagnostics (AID) Tool topic). Field Selectable Options via Software (Selectable via the Aurora AID Tool) EM Blower Speeds An EM blower motor can be driven directly using the onboard PWM output. Four blower speeds are available, based upon the, Y1 (low), Y2 (high), and Aux input signals to the board. The blower speeds can be changed either by the EM manual configurations mode method (see EM onfiguration Mode topic) or by using the Aurora AID Tool directly. All four blower speeds can be set to the same speed if desired. Aux blower speed will remain at default or current setting and requires the AID Tool for adjustment. Safety Features The following safety features are provided to protect the compressor, heat exchangers, wiring and other components from damage caused by operation outside of design conditions. Fuse a 3 amp automotive type plug-in fuse provides protection against short circuit or overload conditions. Anti-Short ycle Protection 4 minute anti-short cycle protection for the compressor. andom Start 5 to 80 second random start upon power up. Fault etry in the fault condition, the control will stage off the outputs and then try again to satisfy the thermostat Y input call. Once the thermostat input calls are satisfied, the control will continue on as if no fault occurred. If 3 consecutive faults occur without satisfying the thermostat Y input call, then the control will go to Lockout mode. Lockout when locked out, the blower will operate continuously in speed, and PS blower motor output will remain on. The Alarm output (ALM) and Lockout output (L) will be turned on. The fault type identification display LED1 (ed) shall flash the fault code. To reset lockout conditions with SW2-8 On, thermostat inputs Y1, Y2, and W must be removed for at least 3 seconds. To reset lockout conditions with SW2-8 Off, thermostat inputs Y1, Y2, W, and DH must be removed for at least 3 seconds. Lockout may also be reset by turning power off for at least or by enabling the emergency shutdown input for at least 3 seconds. Lockout With Emergency Heat - if the control is locked out in the heating mode, and a Y2 or W input is received, the control will operate in the emergency heat mode while the compressor is locked out. The first emergency heat output will be energized 10 seconds after the W input is received, and the blower will shift to high speed. If the control remains locked out, and the W input is present, additional stage of emergency heat will stage on after 2 minutes. When the W input is removed, all of the emergency heat outputs will turn off, and the EM blower will shift to speed and PS blower motor output will remain on. High Pressure fault is recognized when the Normally losed High Pressure Switch, P4-9/10 opens, no matter how momentarily. The High Pressure Switch is electrically in series with the ompressor ontactor and serves as a hardwired limit switch if an overpressure condition should occur. Low Pressure - fault is recognized when the Normally losed Low Pressure Switch, P4-7/8 is continuously open for. losure of the LPS any time during the 30 second recognition time restarts the 30 second continuous open requirement. A continuously open LPS shall not be recognized during the 2 minute startup bypass time. Loss of harge fault is recognized when the Normally losed Low Pressure Switch, P4-7/8 is open prior to the compressor starting. ondensate Overflow - fault is recognized when the impedance between this line and 24 VA common or chassis ground drops below 100K ohms for continuously. Freeze Detection (oax) - set points shall be either 30 F or 15 F. When the thermistor temperature drops below the selected set point, the control shall begin counting down the delay. If the thermistor value rises above the selected set point, then the count should reset. The resistance value must remain below the selected set point for the entire length of the appropriate delay to be recognized as a fault. This fault will be ignored for the initial 2 minutes of the compressor run time. Freeze Detection (Air oil) - uses the FP2 input to protect against ice formation on the air coil. The FP2 input will operate exactly like FP1 except that the set point is 30 degrees and is not field adjustable. 11

12 ENVISION LOW SILL ONSOLE SPEIFIATION ATALO ontrols cont. Over/Under Voltage Shutdown - An over/under voltage condition exists when the control voltage is outside the range of 18 VA to 30 VA. If the over/under voltage shutdown lasts for 15 minutes, the lockout and alarm relay will be energized. Over/under voltage shutdown is selfresetting in that if the voltage comes back within range of 18 VA to 30 VA for at least 0.5 seconds, then normal operation is restored. Operation Description Power Up - The unit will not operate until all the inputs and safety controls are checked for normal conditions. The unit has a 5 to 80 second random start delay at power up. Then the compressor has a 4 minute anti-short cycle delay after the random start delay. Standby In standby mode, Y1, Y2, W, DH, and are not active. Input O may be active. The blower and compressor will be off. Heating Operation Single ompressor Heating, 2nd Stage (Y1, Y2) The compressor will be staged to full capacity 20 seconds after Y2 input is received. The EM blower will shift to high speed seconds after the Y2 input is received. Dual ompressor Heating, 2nd Stage (Y1, Y2) In dual compressor operation, two AB boards used in 24 VA operation, there will be a Y2 call to the Y1 input on the second AB. The compressor will stage to full capacity 30 seconds after Y1 input is received to the second board. Single ompressor Heating, 3rd Stage (Y1, Y2, W) The hot water pump is de-energized and the first stage of electric heat is energized 10 seconds after the W command is received. If the demand continues the second stage of electric heat will be energized after 5 minutes. Dual ompressor Heating, 3rd Stage (Y1, Y2, W) - The first stage of electric heat is energized 10 seconds after the W command is received. If the demand continues the second stage of electric heat will be energized after 5 minutes Emergency Heat (W) - The blower will be started on speed, 10 seconds later the first stage of electric heat will be turned on. 5 seconds after the first stage of electric heat is energized the blower will shift to Aux speed. If the emergency heat demand is not satisfied after 2 minutes the second electric heat stage will be energized. ooling Operation In all cooling operations, the reversing valve directly tracks the O input. Thus, anytime the O input is present, the reversing valve will be energized. Single ompressor ooling, 2nd Stage (Y1, Y2, 0) The compressor will be staged to full capacity 20 seconds after Y2 input was received. The EM blower will shift to high speed 15 seconds after the Y2 input was received. Dual ompressor ooling, 2nd Stage (Y1, Y2, O) In dual compressor operation, two AB boards used in 24 VA operation, there will be a Y2 call to the Y1 input on the second AB. The compressor will stage to full capacity 30 seconds after Y1 input is received to the second board. Blower () - The blower will start immediately upon receiving a thermostat command. If there are no other commands from the thermostat the EM will run on speed until the command is removed. egardless of blower input () from the thermostat, the blower will remain on for at the end of each heating, cooling, and emergency heat cycle. Dehumidification (Y1, O, DH or Y1, Y2, O, DH) - When a DH command is received from the thermostat during a compressor call for cooling the EM blower speed will be reduced by 15% to increase dehumidification. Emergency Shutdown - Four (4) seconds after a valid ES input, P2-7 is present, all control outputs will be turned off and remain off until the emergency shutdown input is no longer present. The first time that the compressor is started after the control exits the emergency shutdown mode, there will be an anti-short cycle delay followed by a random start delay. Input must be tied to common to activate. ontinuous Blower Operation - The blower output will be energized any time the control has a input present, unless the control has an emergency shutdown input present. The blower output will be turned off when input is removed. Load Shed - The LS input disables all outputs with the exception of the blower output. When the LS input has been cleared, the anti-short cycle timer and random start timer will be initiated. Input must be tied to common to activate. Blower () - The blower will start immediately upon receiving a thermostat command. If there are no other commands from the thermostat the EM will run on speed until the command is removed. egardless of blower input () from the thermostat, the blower will remain on for at the end of each heating cycle. 12

13 ENVISION LOW SILL ONSOLE SPEIFIATION ATALO ontrols cont. Aurora Base ontrol LED Displays These three LEDs display the status, configuration, and fault codes for the control. These can also be read in plain English via the Aurora AID Tool. Status LED (LED3, reen) Description of Operation Fault LED, reen Normal Mode ON ontrol is Non-functional OFF Test Mode Slow Flash Lockout Active Dehumidification Mode Flash ode 2 (Future Use) Flash ode 3 (Future Use) Flash ode 4 Load Shed Flash ode 5 ESD Flash ode 6 (Future Use) Flash ode 7 onfiguration LED (LED2, Yellow) Description of Operation No Software Overwritten DIP Switch was Overwritten EM onfiguration Mode Fault LED (LED1, ed) ed Fault LED onfiguration LED, Yellow Flashing EM Setting Slow Flash LED Flash ode* Lockout eset/ emove Normal - No Faults OFF Fault - Input 1 No Auto Fault - High Pressure 2 Yes Hard or Soft Fault - Low Pressure 3 Yes Hard or Soft Fault - Freeze Detection FP2 4 Yes Hard or Soft Fault - Freeze Detection FP1 5 Yes Hard or Soft Fault - ondensate Overflow 7 Yes Hard or Soft Fault - Over/Under Voltage 8 No Auto Fault - FP1 & FP2 Sensor Error 11 Yes Hard or Soft NOTE: All codes >11 use long flash for tens digit and short flash for the ones digit. 20, 30, 40, 50, etc. are skipped. AB Basic Faults Aurora Interface and Diagnostics (AID) Tool The Aurora Interface and Diagnostics (AID) Tool is a device that is a member of the Aurora network. The AID Tool is used to troubleshoot equipment which uses the Aurora control via Modbus TU communication. The AID Tool provides diagnostics, fault management, EM setup, and system configuration capabilities to the Aurora family of controls. An AID Tool is recommended, although not required, for EM airflow settings. The AID Tool simply plugs into the exterior of the cabinet in the AID Tool port. AB ontrol Board Layout 2 2 HP HP LP LP FP2 FP2 FP1 FP1 EV EV LO HI F F F Y1 JW2 - Alarm Factory Factory P2 P4 P5 PWM FM EM PWM P13 SW1 Test V K1 K2 Hi K3 Fan K4 Alarm K5 Acc K6 Fi eld onnections Faul t LED3 A Dip 5 Dual/Single L Pulse/ontinuous Status eheat/normal P9 LO P1 LED1 Factory Use P11 AUOA BASE ONTOL Off FP1 15 o F/30 o F FP2 15 o F/30 o F Factory Fan onnection O/B V B/O A Dip 4 Y1 Y2 Fi eld onnections 8 SW2 W On 1 LED2 2 Y 3 onfig DH om1 om2 3A-Fuse P3 Factory P6 S485 Exp P7 S 485 P8 S485 NET EH1 EH2 EH1 O N/A (+) (-) ES LS ALM AL A c A no A nc LO O/B Y1 Y2 W DH 13

14 ENVISION LOW SILL ONSOLE SPEIFIATION ATALO ontrols cont. Aurora Advanced ontrol Features The Aurora Advanced ontrol system expands on the capability of the Aurora Base ontrol (AB) by adding the Aurora Expansion Board (AXB). All of the preceding features of the Aurora Base ontrol are included. The following control description is of the additional features and capability of the Aurora advanced control. It is highly recommended the installing/servicing contractor obtain an Aurora Interface and Diagnostic Tool (AID) and specialized training before attempting to install or service an Aurora Advanced control system. The additional AXB features include the following: AXB DIP Switch DIP 1 - ID: This is the AXB ModBus ID and should always read On. DIP 2 & 3 - Future Use DIP 4 & 5 - Accessory elay2: A second, DIP configurable, accessory relay is provided that can be cycled with the compressor 1 or 2, blower, or the Dehumidifier (DH) input. This is to complement the Accessory 1 elay on the AB board. Position DIP 4 DIP 5 Description 1 ON ON ycles with Fan or EM (or ) 2 OFF ON ycles with 1 first stage of compressor or compressor spd 6 3 ON OFF ycles with 2 second stage of compressor or compressor spd OFF OFF ycles with DH input from AB board Advanced Hot Water enerator ontrol (Domestic Hot Water Option) In lieu of the Base Hot Water enerator ontrol, the Advanced features an AID Tool selectable temperature limit and microprocessor control of the process. This will maximize hot water generation and prevent undesirable energy use. An alert will occur when the hot water input temperature is at or above setpoint (100 F F) for 30 continuous seconds (130 F is the default setting). This alert will appear as an E15 on the AID Tool and the hot water pump de-energizes. Hot water pump operations resume on the next compressor cycle or after 15 minutes of continuous compressor operation during the current thermostat demand cycle. Since compressor hot gas temperature is dependent on loop temperature in cooling mode, loop temperatures may be too low to allow proper heating of water. The control will monitor water and refrigerant temperatures to determine if conditions are satisfactory for heating water. LED1 (red LED) will flash code 15 when the DHW limit is reached and when conditions are not favorable for water heating. Error code 15 will also be displayed on the AID Tool in the fault screen. This flash code is a noncritical alert and does not necessarily indicate a problem. ompressor Monitoring The AXB includes two current transducers to monitor the compressor current and starting characteristics. Open circuits or welded contactor faults will be detected. A fault will produce an E10 code. IntelliZone2 Zoning ompatibility (Optional IntelliZone2 Zoning) A dedicated input to connect and communicate with the IntelliZone2 (IZ2) zoning system is provided on P7. The is a dedicated communication port using a proprietary ModBus protocol. An AXB can be added to other selected AB-only systems as well. Then an advanced communicating IntelliZone2 zoning system can be added to AB-only systems. onsult the IntelliZone2 literature for more information. Variable Speed Pump This input and output are provided to drive and monitor a variable speed pump. The VS pump output is a PWM signal to drive the variable speed pump. The minimum and maximum level are set using the AID Tool. 75% and 100% are the default settings respectively. The VS data input allows a separate PWM signal to return from the pump giving fault and performance information. Fault received from the variable speed pump will be displayed as E16. Modulating Water Valve This output is provided to drive a modulating water valve. Through advanced design the 0-10VD valve can be driven directly from the VS pump output. The minimum and maximum level are set in the same way as the VS pump using the AID Tool. 75% and 100% are the default settings respectively. Loop Pump Linking This input and output are provided so that two units can be linked together with a common flow center. When either unit has a call for loop pump, both unit s loop pump relays and variable speed pumps are energized. The flow center then can simply be wired to either unit. The output from one unit should be routed to the input of the other. If daisy chained up to 16 heat pumps can be wired and linked together in this fashion. 14

15 ENVISION LOW SILL ONSOLE SPEIFIATION ATALO ontrols cont. Advanced ommunication Ports ommunication ports P6 and P8 will provide future expansion via dedicated protocols. These are for future use. Smart rid-on Peak (S) Input The 'On Peak' input was designed to allow utilities to utilize simple radio controlled switches to control the On Electric Peak behavior of the 5 and 7 Series eothermal Heat Pumps. With a closed contact signal, this input will limit the operation and thus the power consumption of the unit by one of the below selections. The AID Tool will allow configuration of this input for the action of: No Action Disable compressor operation until removed o to On Peak thermostat settings until removed [equires om T-Stat] (Future elease) ompressor limited to 50% or low cap until removed [dual capacity or variable speed only] (Future elease) Disable compressor operation for 1/2 hr (can be removed immediately) (Future elease) Then Flash ode 7 on the reen LED for the 'On Peak' mode. And On Peak will display on communicating thermostats. Home Automation 1 and 2 Inputs The Home automation inputs are simple closed contact inputs that will trigger an AID Tool and thermostat alert for the homeowner. These would require optional sensors and or equipment for connection to the AXB board. With two inputs two different sensors can be selected. The selected text will then be displayed on the AID Tool and communicating thermostats. These events will NOT alter functionality or operation of the heat pump/accessories and is for homeowner/service notification only. Home Automation 1 - E23 HA1 With a closed dry contact signal, this input will cause an alarm and Alert ode 23 to indicate on the stat or flash on AB. The AID Tool will allow configuration of this input between the following selections: No Action Home Automation Fault [no lockout info only] - Output from home automation system Security Alarm [no lockout info only] - Output from home security Sump Alarm Fault [no lockout info only] - Switch output from sump sensor Smoke/O Alarm Fault [no lockout info only] - Switch output from Smoke/O sensor Dirty Filter Alarm [no lockout info only] - Output from dirty filter sensor Home Automation 2 E24 HA2 With a closed dry contact signal, this input will cause an alarm and Alert ode 24 to indicate on the stat or flash on AB. The AID Tool will allow configuration of this input between the following selections: No Action Home Automation Fault [no lockout info only] - Output from home automation system Security Alarm [no lockout info only] - Output from home security Sump Alarm Fault [no lockout info only] - Switch output from sump sensor Smoke/O Alarm Fault [no lockout info only] - Switch output from Smoke/O sensor Dirty Filter Alarm [no lockout info only] - Output from dirty filter sensor Monitoring Sensor Kits Energy Monitoring (Standard Sensor Kit on Advanced models) The Energy Monitoring Kit includes two current transducers (blower and electric heat) added to the existing two compressor sensors so that the complete power usage of the heat pump can be measured. The AID Tool provides configuration detail for the type of blower motor and a line voltage calibration procedure to improve the accuracy. This information can be displayed on the AID Tool or selected communicating thermostats. The TPM32U03/04 will display instantaneous energy use while the color touchscreen TP32U01 will in addition display a 13 month history in graph form. efrigerant Monitoring (optional sensor kit) The optional efrigerant Monitoring Kit includes two pressure transducers, and three temperature sensors, heating liquid line, suction temperature and existing cooling liquid line (FP1). These sensors allow the measurement of discharge and suction pressures, suction and liquid line temperatures as well as superheat and subcooling. This information will only be displayed on the AID Tool. Performance Monitoring (optional sensor kit) The optional Performance Monitoring Kit includes three temperature sensors, entering and leaving water, leaving air temperature and a water flow rate sensor. With this kit heat of extraction and rejection will be calculated. This requires configuration using the AID Tool for selection of water or antifreeze. 15

16 ENVISION LOW SILL ONSOLE SPEIFIATION ATALO ontrols cont. Special Modes and Applications 5-Speed EM Blower Motor Normally the 5-Speed EM motor can be driven off of thermostat signals and the AB connector P9. ommunicating thermostats, however present a special problem in this application since they operate without 24 VA thermostat signals. The AB board is wired to operate these systems from the alternate relay output signals 1, 2, Fan, and EH1 and should be wired for this. ommunicating Digital Thermostats The Aurora controls system also features either monochromatic or color touch screen graphic display thermostats for user interface. These displays not only feature easy to use graphical interface but display alerts and faults in plain English. Many of the features discussed here may not be applicable without these thermostats. Aurora Advanced ontrol LED Displays These three LEDs display the status, configuration, and fault codes for the control. These can also be read in plain English via the Aurora AID Tool. Status LED (LED3, reen) Description of Operation Fault LED, reen Normal Mode ON ontrol is Non-functional OFF Test Mode Slow Flash Lockout Active Dehumidification Mode Flash ode 2 Load Shed Flash ode 5 Emergency Shutdown Flash ode 6 On Peak Mode Flash ode 7 (Future Use) Flash ode 8 (Future Use) Flach ode 9 onfiguration LED (LED2, Yellow) Dehumidification Passive In passive dehumidification mode, the airflow is reduced by 15% from the heating airflow setting. If cooling airflow is set to +5, -5 or -10% of heating airflow it will automatically be set to -15% of heating airflow whenever the dehumidification call is present in the communicating stat or from the thermostat input DH. If the airflow for cooling is already set to -15% no airflow change will be noticed from normal cooling. Dehumidification mode will be shown on the AB and the communicating thermostats. Description of Operation No Software Overwritten DIP Switch Overwritten EM onfiguration Mode eset onfiguration Mode onfiguration LED, Yellow EM Setting Slow Flash OFF Fault LED (LED1, ed) AB Basic Faults ed Fault LED LED Flash ode * Lockout eset/ emove Fault ondition Summary Normal - No Faults Off - Fault-Input 1 No Auto Tstat input error. Autoreset upon condition removal. Fault-High Pressure 2 Yes Hard or Soft HP switch has tripped (>600 psi) Fault-Low Pressure 3 Yes Hard or Soft Low Pressure Switch has tripped (<40 psi for 30 continuous sec.) Fault-Freeze Detection FP2 4 Yes Hard or Soft Freeze protection sensor has tripped (<15 or 30 degf for 30 continuous sec.) Fault-Freeze Detection FP1 5 Yes Hard or Soft Freeze protection sensor has tripped (<15 or 30 degf for 30 continuous sec.) Fault-ondensate Overflow 7 Yes Hard or Soft ondensate switch has shown continuity for 30 continuous sec. Fault-Over/Under Voltage 8 No Auto Instantaneous voltage is out of range. **ontrols shut down until resolved. Fault-FP1 & 2 Snsr Error 11 Yes Hard or Soft If FP1 or 2 Sensor Error Fault-ompressor Monitor 10 Yes Hard or Soft Open rkt, un, Start or welded cont Non-riticAXBSnsrErr 13 No Auto Any Other Sensor Error riticaxbsnsrerr 14 Yes Hard or Soft Sensor Error for EEV or HW Alert-HotWtr 15 No Auto HW over limit or logic lockout. HW pump deactivated. Fault-VarSpdPump 16 No Auto Alert is read from PWM feedback. Not Used 17 No Auto IZ2 om Fault. Autoreset upon condition removal. Non-ritomErr 18 No Auto Any non-critical com error Fault-ritomErr 19 No Auto Any critical com error. Auto reset upon condition removal Alarm - Low Loop Pressure 21 No Auto Loop pressure is below 3 psi for more than 3 minutes Alarm - Home Automation 1 23 No Auto losed contact input is present on Dig 2 input - Text is configurable Alarm - Home Automation 2 24 No Auto losed contact input is present on Dig 3 input - Text is configurable NOTES: *All codes >11 use long flash for tens digit and short flash for the ones digit. 20, 30, 40, 50 etc. are skipped! Alert is a noncritical sensor or function that has failed. Normal operation of the heat pump is maintained but service is desired at some point. AB & AXB Advanced Faults 16

17 ENVISION LOW SILL ONSOLE SPEIFIATION ATALO ontrols cont. Aurora UP ontroller ZS Series Sensors The Aurora Unitary Protocol onverter (UP) is designed to add-on to any Aurora based heat pump control. The Aurora Unitary Protocol onvertor (UP) is designed to allow water source heat pumps to be integrated into Building Automation Systems (BAS) with ease. The Aurora UP is an integrated solution and communicates directly with the Aurora Heat Pump ontrols and allows access/control of a variety of internal Aurora heat pump operations such as sensors, relay operation, faults and other information. In turn, the UP then converts internal Aurora Modbus protocol to BAnet MS/TP, LON, or N2 protocols and communicates to the BAS system. This provides the great benefit of complete control integration and a myriad of information available to the BAS from the heat pump control. Plus it also allows individual unit configuration such as EM fan speeds or freeze protection setting directly over the BAS without the need for access to the actual heat pump. The Aurora UP is programmed using the powerful Eikon object oriented. The Aurora UP is implemented with the Aurora Base ontroller (AB) heat pump control into our latest water source heat pumps. This will allow for a BAS to integrate and communicate to the heat pump thru a choice of 3 different communication protocols. The Aurora UP has the ability to communicate BAnet MS/TP, N2 open, or LonWorks (requires LON Plugin card). This flexibility is possible due to the onboard dipswitches which allow for the desired protocol and baud rate to be selected in the field. All zone temperatures and zone sensors are connected to the UP on an Net bus, simplifying hook up at the unit. Net sensors can include a combination of zone temperature and humidity, O2, and VO sensors. The UP includes built-in support for a custom configurable keypad/display unit - BAview6 (4-line by 40 character per line display) or BAview5 (2-line by 16 character per line display). Up to 2 Keypad/display units can be mounted remotely for configuration and troubleshooting. There are an extensive number of points that the UP has available over the network for integration into the BAS. ontrol programmers need to carefully determine which points they want to add into the BAS database. A list of the BAnet points, N2 points, and LON SNVTs are available along with their individual point descriptions by contacting the ommercial Solutions roup at

18 ENVISION LOW SILL ONSOLE SPEIFIATION ATALO ontrols cont. N2 Modbus BAS BAnet LonWorks net Aurora UP Features ugged enclosure made of E 2950 ycoloy plastic Built-in surge transient protection circuitry Operating range of -20 to 140 F; 10 to 95% relative humidity, non-condensing Onboard 123A battery has a life of 10 years with 720 hours of cumulative power outage Multi-Protocol field selectable communication port that supports: EIA-485 BAnet 9600, 19.2k, 38.4k, 76.8k baud Metasys N2 Open LonWorks TP/FT-10 (equires optional LON plug-in communication card) Status of all unit operating conditions and fault lockouts Visual LED s for status of power, network communication, processor operation, and errors Provides gateway into Aurora heat pump controls for unsurpassed control flexibility Network point for commanding unit into load shed Network point for commanding unit into emergency shutdown Network points to assist in fan speed selection Network points for freeze protection settings Heating and cooling control from a remotely located zone sensor net communication port which allows for multiple net zone sensors (5) to be connected for space temperature averaging if desired. Local laptop or BAview connection for field service F, UL and E listed. BTL ertification is pending Aurora UP Optional Features BAview handheld display, needed for field configuration of fan speeds, set points, etc. AID Tool for Aurora AB configuration and troubleshooting. Aurora Advanced ontrol adds the Aurora AXB expansion board and provides added I/O and standard features Optional Sensor Kits (requires Aurora Advanced ontrol with AXB - Future Availability on Select Models/onfigurations) efrigeration Monitoring provides Suction and discharge pressure, Suction, liquid line temps and superheat and subcooling. Performance Monitoring provides entering and leaving loop water temperatures, loop flow rate as well as heat of extraction or rejection rate into the loop. Energy Monitoring provides real-time power measurement (Watt) of compressor, fan, auxiliary heat and zone pump. raphics packages available in the future 18

19 ENVISION LOW SILL ONSOLE SPEIFIATION ATALO ontrols cont. Port 1a is used to communicate to the Building Automation System (BAS). This port s settings are configured through the onboard dip switches. Port 2 is used to communicate to the Aurora Base ontroller (AB). Port 1b is used for the LonWorks plugin. 24Vac Dip switches for configuring the communication port protocol and baud rate for the BAS port. net port is used for communicating zone sensors. Mac address is set by 2 rotary dials. BAview or local laptop connection. Aurora Touch Interface Utilizing a touch-screen interface, the UP provides a technician the ability to configure and diagnose equipment at the unit or from any room sensor for added accessibility and simpler troubleshooting. The technician will have full access to equipment status, parameter values, temperature, and humidity sensing as well as access to alarm and trend history. With website-like navigation, the Aurora Touch Interface is easy to use and provides important insight into the system so your building can operate as efficiently as possible. 19

20 ENVISION LOW SILL ONSOLE SPEIFIATION ATALO ontrols cont. 1. Leaving Air Temperature (LAT) Sensor This 10 kohm NT sensor is factory installed on all UP equipped heat pumps. It typically is attached to wiring inside the blower cabinet on the suction side of the blower. This sensor is attached on AB FP2 pins available as LAT AU ompressor Proving Sensors This optional factory installed current sensor is connected to confirm compressor operation via the power wires. The sensor is attached at AB Y1 and available at point BV Valve End Switch This optional input is setup for a field installed flow valve end switch. This end switch input is attached at AB Y2 and available at point BV Fan Proving Sensors This optional factory installed current sensor is connected to confirm fan operation via the power wires. The sensor is attached at AB and available at point BV Occupancy Sensor - This standard feature includes a field installed and wired room sensor with occupancy sensor typically found in DD systems. The Net room sensors can be found thru your commercial representative. The occupancy Sensors are attached at AB 0 and can be found at point BV Dirty Filter Switch This optional field installed switch is connected to confirm dirty filter operation. The dirty filter switch can be found thru your commercial representative. The sensor is attached at AB W and available at point BV Fault, onfiguration, and Status odes The codes can be visible to the BAS if desired Aurora Base Fault odes (AB Only) Fault LED (LED1, ed) ed Fault LED LED Flash ode* Lockout eset/ emove Normal - No Faults OFF Fault - Input 1 No Auto Fault - High Pressure 2 Yes Hard or Soft Fault - Low Pressure 3 Yes Hard or Soft Fault - Freeze Detection FP2 4 Yes Hard or Soft Fault - Freeze Detection FP1 5 Yes Hard or Soft Fault - ondensate Overflow 7 Yes Hard or Soft Fault - Over/Under Voltage 8 No Auto Fault - FP1 & FP2 Sensor Error 11 Yes Hard or Soft NOTE: All codes >11 use long flash for tens digit and short flash for the ones digit. 20, 30, 40, 50, etc. are skipped. AB Basic Faults Aurora Advanced Fault odes (AB + AXB Expansion Board) Fault LED (LED1, ed) AB Basic Faults ed Fault LED LED Flash ode * Lockout eset/ emove Fault ondition Summary Normal - No Faults Off - Fault-Input 1 No Auto Tstat input error. Autoreset upon condition removal. Fault-High Pressure 2 Yes Hard or Soft HP switch has tripped (>600 psi) Fault-Low Pressure 3 Yes Hard or Soft Low Pressure Switch has tripped (<40 psi for 30 continuous sec.) Fault-Freeze Detection FP2 4 Yes Hard or Soft Freeze protection sensor has tripped (<15 or 30 degf for 30 continuous sec.) Fault-Freeze Detection FP1 5 Yes Hard or Soft Freeze protection sensor has tripped (<15 or 30 degf for 30 continuous sec.) Fault-ondensate Overflow 7 Yes Hard or Soft ondensate switch has shown continuity for 30 continuous sec. Fault-Over/Under Voltage 8 No Auto Instantaneous voltage is out of range. **ontrols shut down until resolved. Fault-FP1 & 2 Snsr Error 11 Yes Hard or Soft If FP1 or 2 Sensor Error Fault-ompressor Monitor 10 Yes Hard or Soft Open rkt, un, Start or welded cont Non-riticAXBSnsrErr 13 No Auto Any Other Sensor Error riticaxbsnsrerr 14 Yes Hard or Soft Sensor Error for EEV or HW Alert-HotWtr 15 No Auto HW over limit or logic lockout. HW pump deactivated. Fault-VarSpdPump 16 No Auto Alert is read from PWM feedback. Not Used 17 No Auto IZ2 om Fault. Autoreset upon condition removal. Non-ritomErr 18 No Auto Any non-critical com error Fault-ritomErr 19 No Auto Any critical com error. Auto reset upon condition removal Alarm - Low Loop Pressure 21 No Auto Loop pressure is below 3 psi for more than 3 minutes Alarm - Home Automation 1 23 No Auto losed contact input is present on Dig 2 input - Text is configurable Alarm - Home Automation 2 24 No Auto losed contact input is present on Dig 3 input - Text is configurable NOTES: *All codes >11 use long flash for tens digit and short flash for the ones digit. 20, 30, 40, 50 etc. are skipped! Alert is a noncritical sensor or function that has failed. Normal operation of the heat pump is maintained but service is desired at some point. AB & AXB Advanced Faults 20

21 ENVISION LOW SILL ONSOLE SPEIFIATION ATALO ontrols cont. Aurora Base or Advanced ontrol onfiguration and Status odes Status LED (LED3, reen) Description of Operation Fault LED, reen Normal Mode ON ontrol is Non-functional OFF Test Mode Slow Flash Lockout Active Dehumidification Mode Flash ode 2 Load Shed Flash ode 5 Emergency Shutdown Flash ode 6 On Peak Mode Flash ode 7 (Future Use) Flash ode 8 (Future Use) Flach ode 9 onfiguration LED (LED2, Yellow) Description of Operation No Software Overwritten DIP Switch Overwritten EM onfiguration Mode eset onfiguration Mode onfiguration LED, Yellow EM Setting Slow Flash OFF 9. Alarm elay The Alarm relay (ALM) is factory connected to 24 VA via jumper JW2. By cutting JW2, AB ALM becomes a dry contact connected to AB AL. The elay is field switchable between Factory setting as an Alarm output or available for other uses. 10. Accessory elay1 A configurable, accessory relay on the AB is provided that can be cycled with the compressor, blower, or the Dehumidifier (DH) input. A third (factory) setting cycles the relay with the compressor but delays the compressor and blower output for 90 sec. Source pump or slow opening solenoid valves in well systems or variable speed primary pumping systems would be a prime use of this feature. Access elay Operation SW2-4 SW2-5 ycle with Blower ON ON ycle with ompressor OFF OFF Water Valve Slow Opening ON OFF ycle with omm. T-stat Hum md OFF ON 11. Electric Heat EH1 A digital 24VD output is provided for electric heat powering. UP s Default programming has EH1 set for AUX/ELE Heat operation and will be controlled using the UP s internal P.I.D. logic. However it can be changed by the BAS to be network controlled. 12. Electric Heat EH2 A digital VD output is provided for field options converted from the original EH2 output. Default UP program has the EH2 output set for Network ontrol but can be changed by the BAS to be controlled by the UP s internal P.I.D. logic. 21

22 ENVISION LOW SILL ONSOLE SPEIFIATION ATALO ontrols cont. Aurora Advanced ontrol onfiguration and Options (Future Availability on Select Models/onfigurations) 1. Accessory elay2 A second, configurable, accessory relay on the AXB is provided that can be cycled with the compressor 1 or 2, blower, or the Dehumidifier (DH) input. This is to complement the Accessory 1 elay on the AB board. Position DIP 4 DIP 5 Description 1 ON ON ycles with Fan or EM (or ) 2 OFF ON ycles with 1 first stage of compressor or compressor spd ON OFF ycles with 2 second stage of compressor or compressor spd OFF OFF ycles with DH input from AB board 2. Analog Out A standard 0-10VD analog output is provided. This output can be used to drive modulating dampers etc. 3. Variable Speed Pump or Modulating Water Valve (If applicable) - This input and output are provided to drive and monitor a variable speed pump. The VS pump output is a PWM signal to drive the variable speed pump. The minimum and maximum level are set using the AID Tool. 75% and 100% are the default settings respectively. The VS data input allows a separate PWM signal to return from the pump giving fault and performance information. Fault received from the variable speed pump will be displayed as E16. Modulating Water Valve - This Variable speed PWM output is provided to optionally drive a modulating water valve. Through advanced design a 0-10VD valve can be driven directly from the VS pump output. The minimum and maximum level are set in the same way as the VS pump using the AID Tool. 75% and 100% are the default settings respectively. 4. Loop Pump Slaving (If applicable) - This input and output are provided so that two units can be slaved together with a common flow center. When either unit has a call for loop pump, both unit s loop pump relays and variable speed pumps are energized. The flow center then can simply be wired to either unit. The output from one unit should be routed to the input of the other. If daisy chained up to 16 heat pumps can be wired and slaved together in this fashion. 22

23 ENVISION LOW SILL ONSOLE SPEIFIATION ATALO ontrols cont. Aurora Advanced ontrol Optional Sensor Kits (Future Availability on Select Models/onfigurations) 1. Energy Monitoring (Standard Sensor Kit on Advanced models) - The Energy Monitoring Kit includes two current transducers (blower and electric heat) added to the existing two compressor sensors so that the complete power usage of the heat pump can be measured. The BAview Tool provides configuration detail for the type of blower motor and a line voltage calibration procedure to improve the accuracy. This real time power usage information can be displayed on the AID Tool and is available thru network points when using BAnet or N2 Open. ompressor urrent 1 ompressor urrent 2 Fan urrent Aux Heat urrent Pump Selection Voltage ompressor Watts Fan Watts Aux Heat Watts Pump Watts (VS Only) 3. Performance Monitoring (optional sensor kit) - The optional Performance Monitoring Kit includes: three temperature sensors, entering and leaving water, leaving air temperature and a water flow rate sensor. With this kit, heat of extraction and rejection will be calculated. This requires configuration using the BAview Tool for selection of water or antifreeze. Leaving Air Temperature (supply) Alt Leaving Air Temperature (Supply) Entering Water Temperature Leaving Water Temperature Water Flow Meter Entering Air Temperature (from zone sensor) Brine Selection (water/antifreeze) Heat of Extraction/ejection 2. efrigerant Monitoring (optional sensor kit) - The optional efrigerant Monitoring Kit includes two pressure transducers, and three temperature sensors, heating liquid line, suction temperature and existing cooling liquid line (FP1). These sensors allow the measurement of discharge and suction pressures, suction and liquid line temperatures as well as superheat and subcooling. This information can be displayed on the BAview Tool, or the network when using BAnet and N2. Htg Liquid Line lg Liquid Line Discharge pressure Suction Pressure Discharge Saturated Temp Suction Saturated Temperature Superheat Subooling 23

24 ENVISION LOW SILL ONSOLE SPEIFIATION ATALO ontrols cont. ZS Series Net Sensor Overview The ZS Series line of intelligent zone sensors provides the function and flexibility you need to manage the conditions important to the comfort and productivity of the zone occupants. The ZS sensors are available in a variety of zone sensing combinations to address your application needs. These combinations include temperature, relative humidity, and indoor air quality (carbon dioxide or VOs (Volatile Organic ompounds)). They are built to be flexible allowing for easy customization of what the user/ technician sees. Designed to work with the Aurora UP controllers the ZS sensor line includes the ZS Base, ZS Plus, ZS Pro and ZS Pro-F. The UP uses a proprietary communication called net to receive the space temperature from the zone sensor. This is done using (2) 18 AW twisted pair unshielded cables for a total of 4 wires connected to the net port. The sensor gets its power from the UP controller and connecting multiple sensors to one UP will allow for space temperature averaging. The UP can support one ZS Pro or ZS Pro F with up to four ZS standard sensors wired to the net port on the UP for a total of 5 zone sensors. The sensors use a precise 10k ohm thermistor with less than 0.18 F drift over a ten year span, this allows for less maintenance or re-calibration after installation. The sensors also have a hidden communication port for connecting a BAview or local laptop that provides access to the equipment for commissioning and maintenance. The table below shows the features of each of the four sensors that are currently available. ZS Base ZS Plus ZS Pro ZS Pro-F Features ZS Base ZS Plus ZS Pro ZS Pro-F Temp, O 2, Humidity, and VO Options Neutral olor Addressable/supports daisy chaining Hidden communication port Mounts on a standard 2 by 4 electrical box Occupancy Status indicator LED Push button occupancy override Setpoint adjust Large, easy to read LD Alarm indicator F to conversion button Options Part Number Part Number Part Number Part Number Temperature Only ZSU ZSUPL ZSUP ZSUPF Temp with O 2 ZSU- ZSUPL- ZSUP- ZSUPF- Temp with Humidity ZSU-H ZSUPL-H ZSUP-H ZSUPF-H Temp with Humidity, O 2 ZSU-H ZSUPL-H ZSUP-H ZSUPF-H Temp, Humidity, VO ZSU-HV ZSUPL-HV ZSUP-HV ZSUPF-HV Temp with VO ZSU-V ZSUPL-V ZSUP-V ZSUPF-V 24

25 ENVISION LOW SILL ONSOLE SPEIFIATION ATALO ontrols cont. Net Sensor Physical and Electrical Data Sensing Element ange Accuracy Temperature (on non-humidity models) -4 to 122 F (-20 to 50 ) ±0.35 F (0.2 ) Temperature (on Humidity models) 50 F to 104 F (10 to 40 ) ±0.5 F (0.3 ) Humidity 10% to 90% ±1.8% typical O2 400 to 1250 PPM 1250 to 2000 PPM ±30PPM or +/-3% of reading (greater of two) ±5% of reading plus 30 PPM VO 0 to 2,000 PPM ±100 PPM Power equirements Sensor Type Power equired Temperature Only All Models 12 8 ma Temperature with Humidity All Models ma (idle) to 190 ma (O2 measurement cycle) Temp with VO, or Temp/VO/Humidity All Models ma Temp with O2, or Temp/ O2/Humidity All Models ma (idle) to 190 ma (O2 measurement cycle) Power Supply ommunication Local Access Port Environmental Operating ange Mounting Dimensions A controller supplies the net sensor network with ma. Additional power may be required for your application. See sensor ZS Installation uide 115 kbps net connection between sensor(s) and controller 15 sensors max per net network; 5 sensors max per control program For connecting a laptop computer to the local equipment for maintenance and commissioning 32 to 122 F (0-50 ), 10% to 90% relative humidity, non-condensing Standard 4 x 2 electrical box using provided 6/32 x 1/2 mounting screws 25

26 ENVISION LOW SILL ONSOLE SPEIFIATION ATALO Application Notes The losed Loop Heat Pump oncept The basic principle of a water source heat pump is the transfer of heat into water from the space during cooling, or the transfer of heat from water into the space during heating. Extremely high levels of energy efficiency are achieved as electricity is used only to move heat, not to produce it. Using a typical WaterFurnace Envision Series, one unit of electricity will move four to five units of heat. When multiple water source heat pumps are combined on a common circulating loop, the ultimate in energy efficiency is created: The WaterFurnace units on cooling mode are adding heat to the loop which the units in heating mode can absorb, thus removing heat from the area where cooling is needed, recovering and redistributing that heat for possible utilization elsewhere in the system. In modern commercial structures, this characteristic of heat recovery from core area heat generated by lighting, office equipment, computers, solar radiation, people or other sources, is an important factor in the high efficiency and low operating costs of WaterFurnace closed source heat pump systems. eturn Water needed basis"- perfect for speculative buildings. Installed costs are low since units are self-contained and can be located adjacent to the occupied space, requiring minimal ductwork. Maintenance can be done on individual units without system shut-down. onditions remain comfortable since each unit operates separately, allowing cooling in one area and heating in another. Tenant spaces can be finished and added as needed. Power billing to tenants is also convenient since each unit can be individually metered: each pays for what each uses. Nighttime and/or weekend uses of certain areas are possible without heating or cooling the entire facility. A decentralized system also means if one unit should fault, the rest of the system will continue to operate normally, as well as eliminating air cross-contamination problems and expensive high pressure duct systems requiring an inefficient electric resistance reheat mode. The Envision Approach There are a number of proven choices in the type of Envision Series system which would be best for any given application. Most often considered are: Vertical - losed Loop/round Source Envision Unit Envision Unit Heater/ ejector Envision Unit Envision Unit Envision Unit Envision Unit Pumps Supply Water In the event that a building's net heating and cooling requirements create loop temperature extremes, Envision Series units have the extended range capacity and versatility to maintain a comfortable environment for all building areas. Excess heat can be stored for later utilization or be added or removed in one of three ways; by ground source heat exchanger loops: plate heat exchangers connected to other water sources, or conventional boiler/ tower configurations. Your WaterFurnace representative has the expertise and computer software to assist in determining optimum system type for specific applications. The losed Loop Advantage A properly applied water source heat pump system offers many advantages over other systems. First costs are low because units can be added to the loop on an "as losed Loop/round Source Systems utilize the stable temperatures of the earth to maintain proper water source temperatures (via vertical or horizontal closed loop heat exchangers) for Envision Series extended range heat pump system. Sizes range from a single unit through many hundreds of units. When net cooling requirements cause closed loop water temperatures to rise, heat is dissipated into the cooler earth through buried high strength plastic pipe "heat exchangers." onversely if net space heating demands cause loop heat absorption beyond that heat recovered from building core areas, the loop temperature will fall causing heat to be extracted from the earth. Due to the extended loop temperatures, AHI/ISO round Loop Water Source Heat Pumps are required for this application. 26

27 ENVISION LOW SILL ONSOLE SPEIFIATION ATALO Application Notes cont. Because auxiliary equipment such as a boiler (fossil fuel) and cooling tower are not required to maintain the loop temperature, operating and maintenance costs are very low. round source systems are most applicable in residential and light commercial buildings where both heating and cooling are desired, and on larger envelope dominated structures where core heat recovery will not meet overall heating loads. Both vertical and horizontally installed closed loops can be used. The land space required for the "heat exchangers" is sq. ft./ton on vertical (drilled) installations and sq. ft./ton for horizontal (trenched) installations. losed loop heat exchangers can be located under parking areas or even under the building itself. On large multi-unit systems, sizing the closed loop heat exchanger to meet only the net heating loads and assisting in the summer with a closed circuit cooling tower may be the most cost effective choice. Surface Water - losed Loop/round Source Plate Heat Exchanger - losed Loop/round Water Plate Heat Exchanger - losed Loop/round Water Systems utilize lake, ocean, well water or other water sources to maintain closed loop water temperatures in multi-unit Envision systems. A plate frame heal exchanger isolates the units from any contaminating effects of the water source, and allows periodic cleaning of the heat exchanger during off peak hours. Operation and benefits are similar to those for ground source systems. Due to the extended loop temperatures, AHI/ISO round Loop Heat Pumps are required for this application. losed loop plate heat exchanger systems are applicable in commercial, marine, or industrial structures where the many benefits of a water source heat pump system are desired, regardless of whether the load is heating or cooling dominated. Surface Water - losed Loop/round Source Systems also utilize the stable temperatures of Surface Water to maintain proper water source temperatures for Envision Series extended range heat pump systems. These systems have all of the advantages of horizontal and vertical closed loop systems. Due to the extended loop temperatures, AHI/ISO round Water or round Loop Heat Pumps are required for this application. In cooling dominated structures, the ground source surface water systems can be very cost effective especially where local building codes require water retention ponds for short term storage of surface run-off. Sizing requirements for the surface water is a minimum of 500 sq. ft./ton of surface area at a minimum depth of 8 feet. WaterFurnace should be contacted when designs for heating dominated structures are required. 27

28 ENVISION LOW SILL ONSOLE SPEIFIATION ATALO Application Notes cont. Boiler/Tower - losed Loop Boiler/Tower - losed Loop Systems utilize a closed heat recovering loop with multiple water source heat pumps in the more conventional manner. Typically a boiler is employed to maintain closed loop temperatures above 60 F and a cooling tower to maintain loop temperatures below 90 F. These systems are applicable in medium to large buildings regardless of whether the load is heating or cooling dominated. Due to the moderate loop temperatures, AHI/ISO Water Loop Heat Pumps are required for this application. Water Quality In ground water situations where scaling could be heavy or where biological growth such as iron bacteria will be present, a closed loop system is recommended. The heat exchanger coils in ground water systems may, over a period of time, lose heat exchange capabilities due to a buildup of mineral deposits inside. These can be cleaned, but only by a qualified service mechanic, as special solutions and pumping equipment are required. Hot water generator coils can likewise become scaled and possibly plugged. In areas with extremely hard water, the owner should be informed that the heat exchanger may require occasional flushing. Units with cupronickel heat exchangers are recommended for open loop applications due to the increased resistance to build-up and corrosion, along with reduced wear caused by acid cleaning. Failure to adhere to the guidelines in the water quality table could result in the loss of warranty. Material opper 90/10 upronickel 316 Stainless Steel ph Acidity/Alkalinity Scaling alcium and (Total Hardness) (Total Hardness) (Total Hardness) Magnesium arbonate less than 350 ppm less than 350 ppm less than 350 ppm Hydrogen Sulfide Less than 0.5 ppm (rotten egg smell appears at 0.5 ppm) ppm Less than 1 ppm Sulfates Less than 125 ppm Less than 125 ppm Less than 200 ppm hlorine Less than 0.5 ppm Less than 0.5 ppm Less than 0.5 ppm hlorides Less than 20 ppm Less than 125 ppm Less than 300 ppm arbon Dioxide Less than 50 ppm ppm ppm orrosion Ammonia Less than 2 ppm Less than 2 ppm Less than 20 ppm Ammonia hloride Less than 0.5 ppm Less than 0.5 ppm Less than 0.5 ppm Ammonia Nitrate Less than 0.5 ppm Less than 0.5 ppm Less than 0.5 ppm Ammonia Hydroxide Less than 0.5 ppm Less than 0.5 ppm Less than 0.5 ppm Ammonia Sulfate Less than 0.5 ppm Less than 0.5 ppm Less than 0.5 ppm Total Dissolved Solids (TDS) Less than 1000 ppm ppm ppm LSI Index +0.5 to to to -0.5 Iron, FE 2 + (Ferrous) Iron Fouling Bacterial Iron Potential < 0.2 ppm < 0.2 ppm < 0.2 ppm (Biological rowth) Less than 1 ppm, above this Less than 1 ppm, above this Less than 1 ppm, above this Iron Oxide level deposition will occur level deposition will occur level deposition will occur Suspended Solids Erosion Threshold Velocity (Fresh Water) NOTES: rains = ppm divided by 17 mg/l is equivalent to ppm Less than 10 ppm and filtered for max. of 600 micron size 28 Less than 10 ppm and filtered for max. of 600 micron size Less than 10 ppm and filtered for max. of 600 micron size < 6 ft/sec < 6 ft/sec < 6 ft/sec 2/22/12

29 ENVISION LOW SILL ONSOLE SPEIFIATION ATALO Installation Notes Typical Unit Installation Unit Location Locate the unit in an indoor area that allows for easy removal of the filter and access panels. Location should have enough space for service personnel to perform maintenance or repair. Provide sufficient room to make water and electrical connection(s). Any access panel screws that would be difficult to remove after the unit is installed should be removed prior to setting the unit. are should be taken when units are located in unconditioned spaces to prevent damage from frozen water lines and excessive heat that could damage electrical components. Installing onsole Units onsole units are available in left or right air return configurations. Units should be mounted level on the floor. It is not necessary to anchor the unit to the floor. WANIN: Before performing service or maintenance operations on a system, turn off main power switches to the indoor unit. If applicable, turn off the accessory heater power switch. Electrical shock could cause personal injury. Installing and servicing heating and air conditioning equipment can be hazardous due to system pressure and electrical components. Only trained and qualified service personnel should install, repair or service heating and air conditioning equipment. Untrained personnel can perform the basic maintenance functions of cleaning coils and cleaning and replacing filters. All other operations should be performed by trained service personnel. When working on heating and air conditioning equipment, observe precautions in the literature, tags and labels attached to the unit and other safety precautions that may apply. Follow all safety codes. Wear safety glasses and work gloves. Use a quenching cloth for brazing operations and have a fire extinguisher available. Water Piping Piping is usually design as reverse return to equalize flow paths through each unit. A short flexible pressure rated hose is used to make connection to the fixed building piping system. This hose is typically stainless steel braid and includes a swivel fitting on one end for easy removal and is flexible to help isolate the unit for quieter operation. Isolation valves for servicing, y-strainers for filtering, and memory-stop flow valve or a balancing valve can be provided for consistent water flow through the unit. All unit source water connections are fittings that accept a male pipe thread (MPT). Insert the connectors by hand, then tighten the fitting with a wrench to provide a leakproof joint. The open and closed loop piping system should include pressure/temperature ports for serviceability. The proper water flow must be provided to each unit whenever the unit operates. To assure proper flow, use pressure/ temperature ports to determine the flow rate. These ports should be located at the supply and return water connections on the unit. The proper flow rate cannot be accurately set without measuring the water pressure drop through the refrigerant-to-water heat exchanger. heck carefully for water leaks. ondensate Drain On console units, the internal condensate drain assembly consists of a drain tube which is connected to the drain pan. A condensate tube is inside all cabinets as a trapping loop; therefore, an external trap is not necessary. Wall Mount for hassis w/flat Top abinets 19.0 entered w/ abinet Fused Electrical Disconnect (Optional) Wall Penetration for Water onnection Floor Penetration for Water onnection Water Out P/T Plugs (Optional) Water In Ball Valves (Optional) Optional Hoses ondensate Drain Location Low Sill hassis Low Sill Flat Top abinet 29

30 ENVISION LOW SILL ONSOLE SPEIFIATION ATALO Dimensional Data - Flat Top abinet LW09-18 ight Hand abinet Left Hand abinet TOP F D E A B FONT ight return cabinet shown in dimensional views SIDE Overall abinet rille Flat Top onfiguration A B D E F Width Depth Height rille Lid rille Length rille Width in cm in cm

31 ENVISION LOW SILL ONSOLE SPEIFIATION ATALO Dimensional Data - Slope Top abinet LS09-18 ight Hand abinet Left Hand abinet TOP F D E 80 A B H FONT ight return cabinet shown in dimensional views SIDE Overall abinet rille Slope Top onfiguration A B D E F H Width Depth Height rille Lid rille Length rille Width in cm in cm

32 ENVISION LOW SILL ONSOLE SPEIFIATION ATALO Dimensional Data - hassis L09-12 WATE OUT 1/2 in. FPT 25.4 AI FLOW WATE IN 1/2 in. FPT BLOWE AESS PANEL OMPESSO AESS PANEL ONDENSATE DAIN ONNETION L AI FLOW WATE OUT 1/2 in. FPT WATE IN 1/2 in. FPT

33 ENVISION LOW SILL ONSOLE SPEIFIATION ATALO Dimensional Data - ontrols Detail: Flat Top hassis Left eturn ight eturn Wall Mount For hassis w/flat Top abinets Handy Box Blower Option Switch ontrol Panel (emove For Access To ontrol Box) ontrol Panel (emove For Access To ontrol Box) Blower Option Switch Wall Mount For hassis w/flat Top abinets Optional Fused/ Non-fused Disconnect Handy Box Optional Fused/ Non-fused Disconnect Optional Ball Valves Optional Hose Kits Air Filter Air Filter Optional Ball Valves Optional Hose Kits Dimensional Data - ontrols Detail: Slope Top hassis ontrol Panel (emove For Access To ontrol Box) Blower Option Switch (On Side Panel) Blower Option Switch (On Side Panel) ontrol Panel (emove For Access To ontrol Box) Wall Mount Attached to Unit Wall Mount Attached to Unit Optional Fused/ Non-fused Disconnect Optional Fused/ Non-fused Disconnect Air Filter Air Filter Optional Hose Kits Optional Ball Valves Handy Box Handy Box Optional Ball Valves Optional Hose Kits 33

34 ENVISION LOW SILL ONSOLE SPEIFIATION ATALO Physical Data Model onsole ompressor (1 each) otary Factory harge -410A, oz [kg] 27 [0.77] 27 [0.77] 36 [1.02] 34 [1.0] Blower Motor & Blower Blower Motor Type/Speeds 3-Spd EM N/A 3 Speeds Blower Motor - hp [W] 3-Spd EM N/A 1/4 [186] 1/4 [186] Blower Wheel Size (Dia x W), in. [mm] 3-Spd EM N/A 6.0 x 6.5 [152 x 165] Blower Motor Type/Speeds PS 2 Speeds N/A Blower Motor - hp [W] PS 1/16 [44.7] 1/16 [44.7] N/A Blower Wheel Size (Dia x W), in. [mm] PS 5.75 x 5.50 [146 x 140] 5.75 x 5.50 [146 x 140] N/A 6.0 x 6.5 [152 x 165] oax and Water Piping Water onnection Size - FPT - in [mm] 1/2 [12.7] 1/2 [12.7] 1/2 [12.7] 1/2 [12.7] oax & Piping Water Volume - gal [l] 0.15 [0.6] 0.18 [0.7] 0.15 [0.6] 0.18 [0.7] Air oil Air oil Dimensions (H x W), in. [mm] 8 x 22 [203 x 559] 8 x 22 [203 x 559] 8 x 30 [203 x 762] 8 x 30 [203 x 762] Air oil Total Face Area, ft 2 [m 2 ] 1.2 [0.114] 1.2 [0.114] 1.7 [0.16] 1.7 [0.16] Air oil Tube Size, in [mm] 3/8 [9.5] 3/8 [9.5] 3/8 [9.5] 3/8 [9.5] Air oil Number of ows Filter Standard - Throwaway, in [mm] 23 x 9.6 [584 x 244] 23 x 9.6 [584 x 244] 32 x 9.6 [813 x 244] 32 x 9.6 [813 x 244] Weight - Packaged, lb [kg] 200 [91] 205 [93] 215 [98] 220 [100] 12/13/13 34

35 ENVISION LOW SILL ONSOLE SPEIFIATION ATALO Blower Performance Data Model Low Speed FM High Speed Air flow values are with dry coil and standard filter. For wet coil performance, first calculate the face velocity of the air coil (face velocity (fpm) = airflow (cfm) / face area (sq ft)) Electrical Data Model 09 ated Voltage Voltage Min/Max ompressor M LA LA Blower Motor FLA Total Unit FLA Min irc Amp 115/60/1 104/ Max Fuse/ HA /60/1 187/ /15 265/60/1 238/ /15 115/60/1 104/ /60/1 187/ /15 265/60/1 238/ / /60/1 187/ /60/1 238/ / /60/1 187/ /60/1 238/ HA circuit breaker in USA only 6/10/13 Pressure Drop Model Pressure Drop (psi) PM 30 F 50 F 70 F 90 F 110 F /10/13 35

36 ENVISION LOW SILL ONSOLE SPEIFIATION ATALO Antifreeze orrections Antifreeze Type Antifreeze % by wt ooling apacity Heating apacity Pressure Drop EWT - degf [Deg] 90 [32.2] 30 [-1.1] 30 [-1.1] Water Ethylene lycol Propylene lycol Ethanol Methanol Warning: ray area represents antifreeze concentrations greater than 35% by weight and should be avoided due to the extreme performance penalty they represent. orrection Factor Tables ooling apacity orrections Entering Air WB ºF Total lg ap Sensible ooling apacity Multipliers - Entering DB ºF Power Input Heat of ejection * * * * * * * * * * * * * * * * * * * NOTE: * Sensible capacity equals total capacity at conditions shown. 11/10/09 Heating orrections Ent Air DB F Htg ap Power Heat of Ext /10/09 36

37 ENVISION LOW SILL ONSOLE SPEIFIATION ATALO Operating Limits Operating Limits ooling Heating ( F) ( ) ( F) ( ) Air Limits Min. Ambient Air ated Ambient Air Max. Ambient Air Min. Entering Air ated Entering Air db/wb 80.6/ / Max. Entering Air db/wb 110/83 43/ Water Limits Min. Entering Water Normal Entering Water Max. Entering Water NOTE: Minimum/maximum limits are only for start-up conditions, and are meant for bringing the space up to occupancy temperature. Units are not designed to operate at the minimum/maximum conditions on a regular basis. The operating limits are dependent upon three primary factors: 1) water temperature, 2) return air temperature, and 3) ambient temperature. When any of the factors are at the minimum or maximum levels, the other two factors must be at the normal level for proper and reliable unit operation. eference alculations Heating alculations: HE LWT = EWT - gpm x 500 ooling alculations: H LWT = EWT + gpm x 500 LAT = EAT + H cfm x 1.08 LAT(DB) = EAT(DB) - S cfm x 1.08 TH = H + HW L = T - S S S/T = T Legend and Notes ABBEVIATIONS AND DEFINITIONS: cfm = airflow, cubic feet/minute EWT = entering water temperature, Fahrenheit gpm = water flow in gallons/minute WPD = water pressure drop, psi and feet of water EAT = entering air temperature, Fahrenheit (dry bulb/wet bulb) H = air heating capacity, MBtu/h T = total cooling capacity, MBtu/h S = sensible cooling capacity, MBtu/h KW = total power unit input, kilowatts H = total heat of rejection, MBtu/h HE = total heat of extraction, MBtu/h HW = hot water generator capacity, MBtu/h EE = Energy Efficient atio = Btu output/watt input OP = oefficient of Performance = Btu output/btu input LWT = leaving water temperature, F LAT = leaving air temperature, F TH = total heating capacity, MBtu/h L = latent cooling capacity, MBtu/h S/T = sensible to total cooling ratio Notes (efer to Performance Data tables) Performance ratings are based on 80 F DB / 67 F WB EAT for cooling and 70 F DB EAT for heating. Three flow rates are shown for each unit. The lowest flow rate shown is used for geothermal open loop/well water systems with a minimum of 50 F EWT. The middle flow rate shown is the minimum geothermal closed loop flow rate. The highest flow rate shown is optimum for geothermal closed loop systems and the suggested flow rate for boiler/ tower applications. The hot water generator numbers are based on a flow rate of 0.4 gpm/ton of rated capacity with an EWT of 90 F. Entering water temperatures below 40 F assumes 15% antifreeze solution. For non-standard EAT conditions, apply the appropriate correction factors on (efer to orrection Factor Tables). Interpolation between EWT, gpm, and cfm data is permissible. 37

38 ENVISION LOW SILL ONSOLE SPEIFIATION ATALO L*09 - Performance Data Single Speed PS (300 cfm) EWT F Flow PM PSI WPD HEATIN - EAT 70 F OOLIN - EAT 80/67 F FT H Mbtu/h Power kw HE Mbtu/h LAT F OP T Mbtu/h S MBtu/h S/T atio Power kw H MBtu/h Operation not recommended Operation not recommended Operation not recommended Operation not recommended Operation not recommended Operation not recommended Operation not recommended Operation not recommended Operation not recommended Operation not recommended /20/11 EE 38

39 ENVISION LOW SILL ONSOLE SPEIFIATION ATALO L*12 - Performance Data Single Speed PS (340 cfm) EWT F Flow PM PSI WPD HEATIN - EAT 70 F OOLIN - EAT 80/67 F FT H Mbtu/h Power kw HE Mbtu/h LAT F OP T Mbtu/h S MBtu/h S/T atio Power kw H MBtu/h Operation not recommended Operation not recommended Operation not recommended Operation not recommended Operation not recommended Operation not recommended Operation not recommended Operation not recommended Operation not recommended Operation not recommended /20/11 EE 39

40 ENVISION LOW SILL ONSOLE SPEIFIATION ATALO L*15 - Performance Data 3-Speed EM (450 cfm) EWT F Flow PM PSI WPD HEATIN - EAT 70 F OOLIN - EAT 80/67 F FT H Mbtu/h Power kw HE Mbtu/h LAT F OP T Mbtu/h S MBtu/h S/T atio Power kw H MBtu/h Operation not recommended Operation not recommended Operation not recommended Operation not recommended Operation not recommended Operation not recommended Operation not recommended Operation not recommended Operation not recommended Operation not recommended EE 6/10/13 40

41 ENVISION LOW SILL ONSOLE SPEIFIATION ATALO L*18 - Performance Data 3-Speed EM (600 cfm) EWT F Flow PM PSI WPD HEATIN - EAT 70 F OOLIN - EAT 80/67 F FT H Mbtu/h Power kw HE Mbtu/h LAT F OP T Mbtu/h S MBtu/h S/T atio Power kw H MBtu/h Operation not recommended Operation not recommended Operation not recommended Operation not recommended Operation not recommended Operation not recommended Operation not recommended Operation not recommended Operation not recommended Operation not recommended EE 6/10/13 41

42 ENVISION LOW SILL ONSOLE SPEIFIATION ATALO Wiring Schematics AB - with PS Motor and Electronic Stat /60/1 Auto Fan White (18) 24V Emergency Shutdown Unit Power Supply /60/1 or round /60/1 Lug Handi - Box ycled ontinuous Blue S ed Black Yellow Tan (33) T2 L2 ompressor Black Transformer 24V Black/White Note 1 ed 208V Blue 230V/265V P9 JW2 Mode Switch Fan Mode Switch ed (19) ed (19) ALM AL A OM F1-3A PWM FM A NO A N LO O/B SW1 Y1 Y2 W Black (31) DH ed (32) P1 F ed ES ed ES Yellow 470 esistor HP LP FD V 470 T V Black (15) Violet (14) Black (13) B White (12) Black (10) Black (09) Blue (08) Blue (07) Yellow Yellow Orange (02) Orange (01) F F P5 EV EV FP1 FP1 FP2 FP2 LPS LPS HPS HPS P4 HI LO K1-V elay K3-2 elay K2- elay K4-Fan elay Status LED3 Test Mode L1 T1 Aurora Base ontrol (AB) Fault LED1 P13 On Off FP1 15 F/30 F FP2 15 F/30 F V B/O Acc Dip 4 Acc Dip 5 Dual/Single L Output Type Future Use SW2 om2 om1 onfig LED5 LED5 LED2 Y S485 NET S485 EXP P8 P7 Y P6 O EH1 EH2 P3 Brown (23) ondensate 2 F K5-Alarm elay K6-Acc elay S485 NET reen (00) EH1 P2 ES LS Note 2 Orange (14) PS Fan Motor Brn/Wht rn Brn ap White (28) H L White (28) Black (29) Fan Speed Switch ed (30) High Low Black ed (25) 4 B 2 Black (27) reen Black (12) Yellow Electronic THEMOSTAT Ther Black IN ST Yellow (13) PUT mistor Black T ed 24 V Black (12) ed (11) A A Heat T1 T3 ed (11) T2 ed T1 T3 Orange Yellow (13) T2 ed (17) Orange (14) T4 T4 T5 Blue (T6) Not Used T6 T6 T5 B ool SHUT J1 DOWN Overide Shut down 42

43 1 2 3 ENVISION LOW SILL ONSOLE SPEIFIATION ATALO Wiring Schematics cont. AB - with PS Motor and Electronic Stat /60/1 Accessory elay Operation SW2-4 SW2-5 ycle with Blower On On ycle with ompressor Off Off Water Valve Slow Open On Off Outdoor Air Damper Off On Aurora Timing Events Event Normal Mode Test Mode andom Start Delay 5 to 80 seconds 1 second ompressor On Delay 5 seconds < 1 second ompressor Minimum On Time 2 minutes 5 seconds ompressor Short ycle Delay 4 minutes 15 seconds Blower Off Delay 2 seconds Fault ecognition Delay High Pressure Start-Up Bypass Low Pressure Less than 1 second 2 minutes Less than 1 second Fault ecognition Delay Low Pressure Start-Up Bypass Low Water/Air oil Limit Fault ecognition Delay Low Water/Air oil Limit Fault ecognition Delay ondensate Overflow 2 minutes Thermostat all ecognition Time 2 seconds 2 seconds Auxiliary Heat Staging Delay Emergency Heat Staging Delay 5 minutes 2 minutes 20 seconds 7.5 seconds Water Valve Slow Open Delay 90 seconds 90 seconds eheat Delay Notes: 1 Swap blue and red leads for 208V operation. 2 Use AL Output for 24V lockout. L1 Factory Low Voltage Wiring Factory Line Voltage Wiring Field Low Voltage Wiring Field Line Voltage Wiring Optional Block D Voltage PB Traces Field Zone Sensor Wiring Internal Junction Quick onnect Terminal Field Wiring Lug round elay ontacts N.O., N.. apacitor Fuse Temperature Switch ompressor ontactor O ondensate Overflow Sensor ES Emergency Shutdown HP High Pressure Switch LP Low Pressure Switch FD Freeze Detection Sensor F1 Fuse Legend T Y Thermistor elay oil Switch - ondensate Overflow Switch - High pressure Switch - Low pressure Polarized connector Wire nut SW1 Push button SW2 DIP package 8 position PB Power Block B Blower elay V eversing Valve oil Light Emitting Diode - reen Light Emitting Diode - Yellow Light Emitting Diode - ed Aurora LED Flash odes Slow Flash Flash ode 1 second on and 1 second off 100 milliseconds on and 100 milliseconds off 100 milliseconds on and 400 milliseconds off with a 2 second pause before repeating andom Start Delay Status LED (LED1, reen) onfiguration LED (LED2, Yellow) Fault LED (LED3, ed) Status LED (LED1, reen) onfiguration LED (LED2, Yellow) Fault LED (LED3, ed) Normal Mode ON No Software Overide Flash EM Setting Normal Mode OFF ontrol is Non-Functional OFF DIP Switch Overide Slow Flash Input Fault Lockout Flash ode 1 Test Mode Slow Flash EM onfigure Mode High Pressure Lockout Flash ode 2 Lockout Active Dehumidification Mode eserved eserved Load Shed ESD eserved Flash ode 2 Flash ode 3 Flash ode 4 Flash ode 5 Flash ode 6 Flash ode 7 eset onfigure Mode Off Low Pressure Lockout Low Air oil Limit Lockout - FP2 Low Water oil Limit Lockout - FP1 eserved ondensate Overflow Lockout Over/Under Voltage Shutdown eserved eserved Air/Water oil Limit Sensor Error Flash ode 3 Flash ode 4 Flash ode 5 Flash ode 6 Flash ode 7 Flash ode 8 Flash ode 9 Flash ode 10 Flash ode Y1 JW2 - Alarm HP HP LP LP FP2 FP2 FP1 FP1 EV EV LO HI F F F P2 ES P4 Factory P5 Factory LS PWM FM EM PWM P13 ALM AL SW1 Test A c V K1 K2 Hi K3 Fan K4 Alarm K5 Acc K6 Field onnections A no A nc P9 LO P1 LO LED1 Fault P11 Off FP1 15 o F/30 o F AUOA BASE ONTOL FP2 15 o F/30 o F Factory Fan onnection O/B O/B V B/O A Dip 4 LED3 A Dip 5 Dual/Single L Pulse/ontinuous Status eheat/normal Factory Use Y1 Y1 Y2 Field onnections Y2 SW2 On 1 LED2 2 Y 3 onfig W W DH DH om1 om2 3A-Fuse P3 Factory P6 P7 S 485 P8 EH1 S485 Exp S485 NET EH2 EH1 O N/A (+) (-) (+) (-) 43

44 ENVISION LOW SILL ONSOLE SPEIFIATION ATALO Wiring Schematics cont. AB - PS Motor with emote Stat /60/1 rn PS Fan Motor Brn Brn/Wht Blu S ed Tan T2 T1 ompressor Blk Handi - Box round Lug Unit Power Supply /60/1 or 265/60/1 Fan Speed Switch H L Black (29) ed (30) White (28) ap White (28) L2 L1 Black White Black Blue 230V/265V High Low Note 1 ed 208V Transformer Black ed (25) 4 B 2 Black (27) Yellow 24V Emergency Shutdown Black (27) V 470 esistor FD LP HP Black/White ES ES ed ed Yellow Black (10) Black (09) Blue (08) Blue (07) 470 T Yellow Yellow V Orange (02) Orange (01) Black (15) Violet (14) Black (13) B White (12) TB Emerg Shutdown Load Shed Lockout ircuit A 24VA 24VA ommon eversing Valve Fan ompressor A Electric Heat Dehumidification Lockout ircuit B ompressor B ES LS LO1 O Y1 W DH LO2 Y2 EH1 P2 ES LS ALM AL A OM A NO A N LO O/B Y1 Y2 W DH P1 2 F K5-Alarm elay K6-Acc elay P8 P9 om2 LED5 S485 NET JW2 F F 2 HI K4-Fan elay om1 LED5 S485 NET - + P7 K2- elay 2 LO K3-2 elay 2 P5 Aurora Base ontrol (AB) EV EV FP1 FP1 FP2 FP2 LPS LPS HPSHPS P4 K1-V elay SW1 Test Mode S485 EXP - + P6 O EH1 EH2 P3 Status LED3 Y1 Fault LED1 F1-3A PWM FM P13 Off On FP1 15 F/30 F 1 FP2 15 F/30 F 2 V B/O 3 Acc Dip 4 4 Acc Dip 5 5 Dual/Single 6 L Output Type 7 Future Use 8 SW2 onfig LED2 Y F lass 2 Black/ White Black/ White reen (00) Brown (23) ondensate Note 2 44

45 1 2 3 ENVISION LOW SILL ONSOLE SPEIFIATION ATALO Wiring Schematics cont. AB - PS Motor with emote Stat /60/1 Notes: 1 Swap blue and red leads for 208V operation. 2 - When field installed 24VA motorized valve is used, connect to and Y. Accessory elay Operation SW2-4 SW2-5 ycle with Blower On On ycle with ompressor Off Off Water Valve Slow Open On Off Outdoor Air Damper Off On Aurora Timing Events Event Normal Mode Test Mode andom Start Delay 5 to 80 seconds 1 second ompressor On Delay 5 seconds < 1 second ompressor Minimum On Time 2 minutes 5 seconds ompressor Short ycle Delay 4 minutes 15 seconds Blower Off Delay 2 seconds Fault ecognition Delay High Pressure Start-Up Bypass Low Pressure Less than 1 second 2 minutes Less than 1 second Fault ecognition Delay Low Pressure Start-Up Bypass Low Water/Air oil Limit Fault ecognition Delay Low Water/Air oil Limit Fault ecognition Delay ondensate Overflow 2 minutes Thermostat all ecognition Time 2 seconds 2 seconds Auxiliary Heat Staging Delay Emergency Heat Staging Delay 5 minutes 2 minutes 20 seconds 7.5 seconds Water Valve Slow Open Delay 90 seconds 90 seconds eheat Delay Aurora LED Flash odes Slow Flash Flash ode 1 second on and 1 second off 100 milliseconds on and 100 milliseconds off 100 milliseconds on and 400 milliseconds off with a 2 second pause before repeating andom Start Delay Status LED (LED1, reen) onfiguration LED (LED2, Yellow) Fault LED (LED3, ed) Status LED (LED1, reen) onfiguration LED (LED2, Yellow) Fault LED (LED3, ed) Normal Mode ON No Software Overide Flash EM Setting Normal Mode OFF ontrol is Non-Functional OFF DIP Switch Overide Slow Flash Input Fault Lockout Flash ode 1 Test Mode Slow Flash EM onfigure Mode High Pressure Lockout Flash ode 2 Lockout Active Dehumidification Mode eserved eserved Load Shed ESD eserved Flash ode 2 Flash ode 3 Flash ode 4 Flash ode 5 Flash ode 6 Flash ode 7 eset onfigure Mode Off Low Pressure Lockout Low Air oil Limit Lockout - FP2 Low Water oil Limit Lockout - FP1 eserved ondensate Overflow Lockout Over/Under Voltage Shutdown eserved eserved Air/Water oil Limit Sensor Error Flash ode 3 Flash ode 4 Flash ode 5 Flash ode 6 Flash ode 7 Flash ode 8 Flash ode 9 Flash ode 10 Flash ode 11 L1 Factory Low Voltage Wiring Factory Line Voltage Wiring Field Low Voltage Wiring Field Line Voltage Wiring Optional Block D Voltage PB Traces Field Zone Sensor Wiring Internal Junction Quick onnect Terminal Field Wiring Lug round elay ontacts N.O., N.. apacitor Fuse Temperature Switch ompressor ontactor O ondensate Overflow Sensor ES Emergency Shutdown HP High Pressure Switch LP Low Pressure Switch FD Freeze Detection Sensor F1 Fuse Legend T Y Thermistor elay oil Switch - ondensate Overflow Switch - High pressure Switch - Low pressure Polarized connector Light Emitting Diode - reen Light Emitting Diode - Yellow Light Emitting Diode - ed Wire nut SW1 Push button SW2 DIP package 8 position PB Power Block B Blower elay V eversing Valve oil 2 2 Y1 JW2 - Alarm HP HP LP LP FP2 FP2 FP1 FP1 EV EV LO HI F F F P2 P4 Factory P5 Factory PWM FM EM PWM P13 SW1 Test V K1 K2 Hi K3 Fan K4 Alarm K5 Acc K6 Field onnections ES LS ALM AL A c A no A nc Off LED1 FP1 15 o F/30 o F FP2 15 o F/30 o F Fault V B/O A Dip 4 LED3 A Dip 5 Dual/Single L Pulse/ontinuous Status eheat/normal P9 LO P1 LO Factory Use P11 AUOA BASE ONTOL Factory Fan onnection O/B Field onnections O/B SW2 On 1 LED2 2 Y 3 onfig Y1 Y2 W Y1 Y2 W DH DH om1 om2 3A-Fuse P3 Factory P6 P7 S 485 P8 EH1 S485 Exp S485 NET EH2 EH1 O N/A (+) (-) (+) (-) 45

46 ENVISION LOW SILL ONSOLE SPEIFIATION ATALO Wiring Schematics cont. AB and UP - PS Motor with emote Stat /60/1 ompressor rn PS Fan Motor Brn Brn/Wht Blue S ed Tan T2 T1 Black Handi - Box round Lug Unit Power Supply /60/1 or 265/60/1 Fan Speed Switch H L Black (29) ed (30) White (28) ap White (28) L2 L1 Black White Black Blue 230V/265V High Low Note 1 ed 208V Transformer Black ed (25) 4 B 2 Black (27) V FD LAT LP HP Yellow 24V Emergency Shutdown ed ed ES ES Yellow Black/White Black (10) Black (09) Blue (08) Blue (07) T ray ray T Yellow Yellow V Orange (02) Orange (01) Black (15) Violet (14) Black (13) B White (12) EH1 2 F P9 JW2 F F 2 HI 2 LO 2 P5 EV EV FP1 FP1 FP2 FP2 LPS LPS HPS HPS P4 Black/White ed P2 ES LS ALM AL A OM A NO A N LO O/B Y1 Y2 W DH P1 K5-Alarm elay K6-Acc elay om2 LED5 S485 NET P8 K4-Fan elay om1 LED5 S485 NET - + P7 K2- elay K3-2 elay Aurora Base ontrol (AB) S485 EXP - + P6 O K1-V elay SW1 Test Mode EH1 EH2 P3 Status LED3 Y1 F1-3A PWM FM Fault LED1 P13 Off On FP1 15 F/30 F 1 FP2 15 F/30 F 2 V B/O 3 Acc Dip 4 4 Acc Dip 5 5 Dual/Single 6 L Output Type 7 Future Use 8 SW2 onfig LED2 Y F MV Black/White reen (00) From UP Brown (23) Note 3 ondensate 46

47 ENVISION LOW SILL ONSOLE SPEIFIATION ATALO Wiring Schematics cont. AB and UP - PS Motor with emote Stat /60/1 Accessory elay Operation SW2-4 SW2-5 ycle with Blower On On ycle with ompressor Off Off Water Valve Slow Open On Off Outdoor Air Damper Off On Aurora Timing Events Event Normal Mode Test Mode andom Start Delay 5 to 80 seconds 1 second ompressor On Delay 5 seconds < 1 second ompressor Minimum On Time 2 minutes 5 seconds ompressor Short ycle Delay 4 minutes 15 seconds Blower Off Delay 2 seconds Fault ecognition Delay High Pressure Start-Up Bypass Low Pressure Less than 1 second 2 minutes Less than 1 second Fault ecognition Delay Low Pressure Start-Up Bypass Low Water/Air oil Limit Fault ecognition Delay Low Water/Air oil Limit Fault ecognition Delay ondensate Overflow 2 minutes Thermostat all ecognition Time 2 seconds 2 seconds Auxiliary Heat Staging Delay Emergency Heat Staging Delay 5 minutes 2 minutes 20 seconds 7.5 seconds Water Valve Slow Open Delay 90 seconds 90 seconds eheat Delay Aurora LED Flash odes Slow Flash Flash ode 1 second on and 1 second off 100 milliseconds on and 100 milliseconds off 100 milliseconds on and 400 milliseconds off with a 2 second pause before repeating andom Start Delay Status LED (LED1, reen) onfiguration LED (LED2, Yellow) Fault LED (LED3, ed) Status LED (LED1, reen) onfiguration LED (LED2, Yellow) Fault LED (LED3, ed) Normal Mode ON No Software Overide Flash EM Setting Normal Mode OFF ontrol is Non-Functional OFF DIP Switch Overide Slow Flash Input Fault Lockout Flash ode 1 Test Mode Slow Flash EM onfigure Mode High Pressure Lockout Flash ode 2 Lockout Active Dehumidification Mode eserved eserved Load Shed ESD eserved Flash ode 2 Flash ode 3 Flash ode 4 Flash ode 5 Flash ode 6 Flash ode 7 eset onfigure Mode Off Low Pressure Lockout Low Air oil Limit Lockout - FP2 Low Water oil Limit Lockout - FP1 eserved ondensate Overflow Lockout Over/Under Voltage Shutdown eserved eserved Air/Water oil Limit Sensor Error Flash ode 3 Flash ode 4 Flash ode 5 Flash ode 6 Flash ode 7 Flash ode 8 Flash ode 9 Flash ode 10 Flash ode 11 Notes: 1 Swap blue and red leads for 208V operation. 2 - When field installed 24VA motorized valve is used, connect to and Y. L1 Factory Low Voltage Wiring Factory Line Voltage Wiring Field Low Voltage Wiring Field Line Voltage Wiring Optional Block D Voltage PB Traces Field Zone Sensor Wiring Internal Junction Quick onnect Terminal Field Wiring Lug round elay ontacts N.O., N.. apacitor Fuse Temperature Switch ompressor ontactor O ondensate Overflow Sensor ES Emergency Shutdown HP High Pressure Switch LP Low Pressure Switch FD Freeze Detection Sensor F1 Fuse Legend 3 T 2 Y 1 Thermistor elay oil Switch - ondensate Overflow Switch - High pressure Switch - Low pressure Polarized connector Light Emitting Diode - reen Light Emitting Diode - Yellow Light Emitting Diode - ed Wire nut SW1 Push button SW2 DIP package 8 position PB Power Block B Blower elay V eversing Valve oil 2 F 2 Y1 JW2 - Alarm HP HP LP LP FP2 FP2 FP1 FP1 EV EV LO HI F F P2 P4 Factory P5 Factory ES LS PWM FM EM PWM P13 SW1 Test V K1 K2 Hi K3 Fan K4 Alarm K5 Acc K6 Field onnections ALM AL A c A no A nc Off LED1 FP1 15 o F/30 o F FP2 15 o F/30 o F Fault V B/O A Dip 4 LED3 A Dip 5 Dual/Single L Pulse/ontinuous Status eheat/normal P9 LO P1 LO Factory Use P11 AUOA BASE ONTOL Factory Fan onnection O/B Field onnections O/B SW2 On Y1 Y2 W Y1 Y2 W DH DH LED2 Y onfig om1 om2 3A-Fuse P3 Factory P6 P7 S 485 P8 EH1 S485 Exp S485 NET EH2 EH1 O N/A (+) (-) (+) (-) 47

48 ENVISION LOW SILL ONSOLE SPEIFIATION ATALO Wiring Schematics cont. AB - with EM Motor and Electronic Stat /60/1 ed B 4 2 Black (27) ed (17) Auto Fan White (18) ycled 24V Emergency Shutdown Unit Power Supply /60/1 or round /60/1 Lug Handi - Box ontinuous Blue Black Yellow S ompressor Tan (33) T2 L2 ed Transformer 24V Black/White NOTE 1 ed 208V Blue 230V/265V P4 EVEV FP1 FP1 FP2 FP2 LPS LPS HPS HPS P5 2 2 LO F F 2 HI P9 JW2 ed F1-3A PWM FM Black Black ST Yellow (13) Black T ed Black (12) ed (11) L1 ed (11) SW1 Test Mode Black T1 ed Orange Yellow (13) Orange (14) Blue (T6) Not Used Mode Switch P13 Fan Mode Switch ed (19) P1 LO O/B Y2 W DH K1-V elay K3-2 elay K2- elay K4-Fan elay ALM On AL Black (31) A OM ed (32) A NO Status LED3 Aurora Base ontrol (AB) Fault LED1 Off FP1 15 F/30 F FP2 15 F/30 F V B/O Acc Dip 4 Acc Dip 5 Dual/Single L Output Type Future Use SW2 onfig LED2 Y S485 EXP P3 EH2 P6 A N Y1 F ed ES ed ES Yellow 470 esistor HP LP FD V 470 T V Black (15) Violet (14) Black (13) B White (12) Black (10) Black (09) Blue (08) Blue (07) Yellow Yellow Orange (02) Orange (01) Y1 EH1 O - + om2 om1 LED5 LED5 S485 NET P8 - + P7 Brown (23) ondensate 2 F K5-Alarm elay K6-Acc elay S485 NET ed (19) reen (00) P2 Black (12) EH1 ES LS Note 3 Orange (14) reen Yellow EM Motor EM Motor Module reen/yellow Note 3 Blue Yellow White Fan Speed Switch High Low Black (25) Electronic THEMOSTAT Ther IN PUT mistor 24 V A A Heat T3 T1 T2 T1 T3 T2 T4 T4 T5 T6 T6 T5 B ool SHUT J1 DOWN Overide Shut down 48

49 1 2 3 ENVISION LOW SILL ONSOLE SPEIFIATION ATALO Wiring Schematics cont. AB - with EM Motor and Electronic Stat /60/1 Accessory elay Operation SW2-4 SW2-5 ycle with Blower On On ycle with ompressor Off Off Water Valve Slow Open On Off Outdoor Air Damper Off On Aurora Timing Events Event Normal Mode Test Mode andom Start Delay 5 to 80 seconds 1 second ompressor On Delay 5 seconds < 1 second ompressor Minimum On Time 2 minutes 5 seconds ompressor Short ycle Delay 4 minutes 15 seconds Blower Off Delay 2 seconds Fault ecognition Delay High Pressure Start-Up Bypass Low Pressure Less than 1 second 2 minutes Less than 1 second Fault ecognition Delay Low Pressure Start-Up Bypass Low Water/Air oil Limit Fault ecognition Delay Low Water/Air oil Limit Fault ecognition Delay ondensate Overflow 2 minutes Thermostat all ecognition Time 2 seconds 2 seconds Auxiliary Heat Staging Delay Emergency Heat Staging Delay 5 minutes 2 minutes 20 seconds 7.5 seconds Water Valve Slow Open Delay 90 seconds 90 seconds eheat Delay Notes: 1 Swap blue and red leads for 208V operation. 2 Use AL Output for 24V lockout. 3 Factory wired. efer to blower table settings. L1 Blower Settings High Low L*15 Yellow White L*18 Blue Yellow Factory Low Voltage Wiring Factory Line Voltage Wiring Field Low Voltage Wiring Field Line Voltage Wiring Optional Block D Voltage PB Traces Field Zone Sensor Wiring Internal Junction Quick onnect Terminal Field Wiring Lug round elay ontacts N.O., N.. apacitor Fuse Temperature Switch ompressor ontactor O ondensate Overflow Sensor ES Emergency Shutdown HP High Pressure Switch LP Low Pressure Switch FD Freeze Detection Sensor F1 Fuse Legend T Y Thermistor elay oil Switch - ondensate Overflow Switch - High pressure Switch - Low pressure Polarized connector Light Emitting Diode - reen Wire nut SW1 Push button SW2 DIP package 8 position PB Power Block B Blower elay V eversing Valve oil Light Emitting Diode - Yellow Light Emitting Diode - ed Aurora LED Flash odes Slow Flash Flash ode 1 second on and 1 second off 100 milliseconds on and 100 milliseconds off 100 milliseconds on and 400 milliseconds off with a 2 second pause before repeating andom Start Delay Status LED (LED1, reen) onfiguration LED (LED2, Yellow) Fault LED (LED3, ed) Status LED (LED1, reen) onfiguration LED (LED2, Yellow) Fault LED (LED3, ed) Normal Mode ON No Software Overide Flash EM Setting Normal Mode OFF ontrol is Non-Functional OFF DIP Switch Overide Slow Flash Input Fault Lockout Flash ode 1 Test Mode Slow Flash EM onfigure Mode High Pressure Lockout Flash ode 2 Lockout Active Dehumidification Mode eserved eserved Load Shed ESD eserved Flash ode 2 Flash ode 3 Flash ode 4 Flash ode 5 Flash ode 6 Flash ode 7 eset onfigure Mode Off Low Pressure Lockout Low Air oil Limit Lockout - FP2 Low Water oil Limit Lockout - FP1 eserved ondensate Overflow Lockout Over/Under Voltage Shutdown eserved eserved Air/Water oil Limit Sensor Error Flash ode 3 Flash ode 4 Flash ode 5 Flash ode 6 Flash ode 7 Flash ode 8 Flash ode 9 Flash ode 10 Flash ode Y1 JW2 - Alarm HP HP LP LP FP2 FP2 FP1 FP1 EV EV LO HI F F F P2 ES P4 Factory P5 Factory LS PWM FM EM PWM P13 ALM AL SW1 Test A c V K1 K2 Hi K3 Fan K4 Alarm K5 Acc K6 Field onnections A no A nc P9 LO P1 LO LED1 Fault P11 Off FP1 15 o F/30 o F AUOA BASE ONTOL FP2 15 o F/30 o F Factory Fan onnection O/B O/B V B/O A Dip 4 LED3 A Dip 5 Dual/Single L Pulse/ontinuous Status eheat/normal Factory Use Y1 Y1 Y2 Field onnections Y2 SW2 On 1 LED2 2 Y 3 onfig W W DH DH om1 om2 3A-Fuse P3 Factory P6 P7 S 485 P8 EH1 S485 Exp S485 NET EH2 EH1 O N/A (+) (-) (+) (-) 49

50 ENVISION LOW SILL ONSOLE SPEIFIATION ATALO Wiring Schematics cont. AB and UP - EM with emote Stat /60/1 ompressor rn EM Motor Module EM Motor Blue S ed Tan Black Handi - Box round Lug Unit Power Supply /60/1 or 265/60/1 Fan Speed Switch Note 2 White Yellow Blue T2 L2 T1 L1 High Low ed Black White Black Blue 230V/265V ray/white B 4 2 Black Black Note 1 ed 208V Transformer V FD LAT LP HP B White (12) Black (13) Violet (14) Black (15) Orange (01) V Orange (02) Yellow T T Yellow ray ray Blue (07) Blue (08) Black (09) Black (10) Black/White Yellow ES ES 24V Emergency Shutdown ed ed EH1 2 F P9 JW2 F F 2 HI 2 LO 2 P5 EV EV FP1 FP1 FP2 FP2 LPS LPS HPS HPS P4 Yellow Black/White ed P2 ES LS ALM AL A OM A NO A N LO O/B Y1 Y2 W DH P1 K5-Alarm elay K6-Acc elay om2 LED5 S485 NET P8 K4-Fan elay om1 LED5 S485 NET - + P7 K2- elay K3-2 elay Aurora Base ontrol (AB) S485 EXP - + P6 O K1-V elay SW1 Test Mode EH1 EH2 P3 Status LED3 Y1 F1-3A PWM FM Fault LED1 P13 Off On FP1 15 F/30 F 1 FP2 15 F/30 F 2 V B/O 3 Acc Dip 4 4 Acc Dip 5 5 Dual/Single 6 L Output Type 7 Future Use 8 SW2 onfig LED2 Y F MV Black/White reen (00) From UP Brown (23) Note 3 ondensate 50

51 ENVISION LOW SILL ONSOLE SPEIFIATION ATALO Wiring Schematics cont. AB and UP - EM with emote Stat /60/1 Accessory elay Operation SW2-4 SW2-5 ycle with Blower On On ycle with ompressor Off Off Water Valve Slow Open On Off Outdoor Air Damper Off On Aurora Timing Events Event Normal Mode Test Mode andom Start Delay 5 to 80 seconds 1 second ompressor On Delay 5 seconds < 1 second ompressor Minimum On Time 2 minutes 5 seconds ompressor Short ycle Delay 4 minutes 15 seconds Blower Off Delay 2 seconds Fault ecognition Delay High Pressure Start-Up Bypass Low Pressure Less than 1 second 2 minutes Less than 1 second Fault ecognition Delay Low Pressure Start-Up Bypass Low Water/Air oil Limit Fault ecognition Delay Low Water/Air oil Limit Fault ecognition Delay ondensate Overflow 2 minutes Thermostat all ecognition Time 2 seconds 2 seconds Auxiliary Heat Staging Delay Emergency Heat Staging Delay 5 minutes 2 minutes 20 seconds 7.5 seconds Water Valve Slow Open Delay 90 seconds 90 seconds eheat Delay Blower Settings High Low L*15 Yellow White L*18 Blue Yellow Aurora LED Flash odes Slow Flash Flash ode 1 second on and 1 second off 100 milliseconds on and 100 milliseconds off 100 milliseconds on and 400 milliseconds off with a 2 second pause before repeating andom Start Delay Status LED (LED1, reen) onfiguration LED (LED2, Yellow) Fault LED (LED3, ed) Status LED (LED1, reen) onfiguration LED (LED2, Yellow) Fault LED (LED3, ed) Normal Mode ON No Software Overide Flash EM Setting Normal Mode OFF ontrol is Non-Functional OFF DIP Switch Overide Slow Flash Input Fault Lockout Flash ode 1 Test Mode Slow Flash EM onfigure Mode High Pressure Lockout Flash ode 2 Lockout Active Dehumidification Mode eserved eserved Load Shed ESD eserved Flash ode 2 Flash ode 3 Flash ode 4 Flash ode 5 Flash ode 6 Flash ode 7 eset onfigure Mode Off Low Pressure Lockout Low Air oil Limit Lockout - FP2 Low Water oil Limit Lockout - FP1 eserved ondensate Overflow Lockout Over/Under Voltage Shutdown eserved eserved Air/Water oil Limit Sensor Error Flash ode 3 Flash ode 4 Flash ode 5 Flash ode 6 Flash ode 7 Flash ode 8 Flash ode 9 Flash ode 10 Flash ode 11 Notes: 1 Swap blue and red leads for 208V operation. 2 Factory wired. efer to blower table settings. 3 - When field installed 24VA motorized valve is used, connect to and Y. L1 Factory Low Voltage Wiring Factory Line Voltage Wiring Field Low Voltage Wiring Field Line Voltage Wiring Optional Block D Voltage PB Traces Field Zone Sensor Wiring Internal Junction Quick onnect Terminal Field Wiring Lug round elay ontacts N.O., N.. apacitor Fuse Temperature Switch ompressor ontactor O ondensate Overflow Sensor ES Emergency Shutdown HP High Pressure Switch LP Low Pressure Switch FD Freeze Detection Sensor F1 Fuse Legend 3 T 2 Y 1 Thermistor elay oil Switch - ondensate Overflow Switch - High pressure Switch - Low pressure Polarized connector Light Emitting Diode - reen Light Emitting Diode - Yellow Light Emitting Diode - ed Wire nut SW1 Push button SW2 DIP package 8 position PB Power Block B Blower elay V eversing Valve oil 2 F 2 Y1 JW2 - Alarm HP HP LP LP FP2 FP2 FP1 FP1 EV EV LO HI F F P2 P4 Factory P5 Factory ES LS PWM FM EM PWM P13 SW1 Test V K1 K2 Hi K3 Fan K4 Alarm K5 Acc K6 Field onnections ALM AL A c A no A nc Off LED1 FP1 15 o F/30 o F FP2 15 o F/30 o F Fault V B/O A Dip 4 LED3 A Dip 5 Dual/Single L Pulse/ontinuous Status eheat/normal P9 LO P1 LO Factory Use P11 AUOA BASE ONTOL Factory Fan onnection O/B Field onnections O/B SW2 On Y1 Y2 W Y1 Y2 W DH DH LED2 Y onfig om1 om2 3A-Fuse P3 Factory P6 P7 S 485 P8 EH1 S485 Exp S485 NET EH2 EH1 O N/A (+) (-) (+) (-) 51

52 ENVISION LOW SILL ONSOLE SPEIFIATION ATALO Wiring Schematics cont. Aurora UP /60/1 To AB - P BAnet or N2 Network onnections Devices Must Be Wired in Daisy hain onfiguration Orange ed White Black Blue reen Brown Yellow Optional LON Add-On Module LON O NET+ NET- NET- OM NET+ OM NET+ NET- POWE ND 24 VA LON Network onnections OM NET+ LED1 TX LED2 X LED3 POWE FOMAT BATT Devices Must Be Wired in Daisy hain onfiguration 2 1 Service LED1 LED2 Tx LED3 x Net LED4 1 2 EHELON NET- N/ N/ Signal ND NET+ NET- +12V NET LED7 2W X 4W ND LN+ LN- +12 /S LON ADAPTE POT LED6 TX LOAL AESS LED4 LED5 UN E ON TEN S ONE S ommunication Options NOTE 1 MA Address Setting 1 2 ZS Sensor 1 Addr: 0 ND NET+ NET- +12V ZS Sensor 2 Addr: 1 ND NET+ NET- +12V ZS Sensor 3 Addr: 2 ND NET+ NET- +12V ZS Sensor Information Zone Sensors can be wired in daisy chain as show or in a star or hybrid configuration. Maximum of 5 sensors per UP. Maximum allowable load 210mA. See the UP install manual for possible sensor combinations. Notes 1. Use DIP Switches 5 8tochange communication protocol and DIP switches 1 2 to change BAnet baud rate DIP Switch Value ON Each ZS sensor must have a unique address, but the addresses do not need to be sequential. Use the DIP switches on the back of the ZS sensor to set an address from 0 to 4. (0 is the factory default.) Each DIP switch has the value shown in the figure to the left. Turn on as many DIP switches as you need so that their total value equals the address. Legend Factory Low Voltage Wiring Field Low Voltage Wiring J45 onnector Page 1 52